Cálculo Ejemplos

$\frac{(t + 3) (27 {(3 t - 10)}^{8}) - {(3 t - 10)}^{9} \cdot 1}{{(t + 3)}^{2}}$

Paso 1

Simplifica la expresión.

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Paso 1.1

Mueve $27$ a la izquierda de $t + 3$ .

$\frac{d}{d t} [\frac{27 \cdot (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9} \cdot 1}{{(t + 3)}^{2}}]$

Paso 1.2

Multiplica $- 1$ por $1$ .

$\frac{d}{d t} [\frac{27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}}{{(t + 3)}^{2}}]$

Paso 2

Diferencia con la regla del cociente, que establece que $\frac{d}{d t} [\frac{f (t)}{g (t)}]$ es $\frac{g (t) \frac{d}{d t} [f (t)] - f (t) \frac{d}{d t} [g (t)]}{{g (t)}^{2}}$ donde $f (t) = 27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}$ y $g (t) = {(t + 3)}^{2}$ .

$\frac{{(t + 3)}^{2} \frac{d}{d t} [27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}] - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{({(t + 3)}^{2})}^{2}}$

Paso 3

Diferencia.

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Paso 3.1

Multiplica los exponentes en ${({(t + 3)}^{2})}^{2}$ .

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Paso 3.1.1

Aplica la regla de la potencia y multiplica los exponentes, ${(a^{m})}^{n} = a^{m n}$ .

$\frac{{(t + 3)}^{2} \frac{d}{d t} [27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}] - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{2 \cdot 2}}$

Paso 3.1.2

Multiplica $2$ por $2$ .

$\frac{{(t + 3)}^{2} \frac{d}{d t} [27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}] - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 3.2

Según la regla de la suma, la derivada de $27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}$ con respecto a $t$ es $\frac{d}{d t} [27 (t + 3) {(3 t - 10)}^{8}] + \frac{d}{d t} [- {(3 t - 10)}^{9}]$ .

$\frac{{(t + 3)}^{2} (\frac{d}{d t} [27 (t + 3) {(3 t - 10)}^{8}] + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 3.3

Como $27$ es constante con respecto a $t$ , la derivada de $27 (t + 3) {(3 t - 10)}^{8}$ con respecto a $t$ es $27 \frac{d}{d t} [(t + 3) {(3 t - 10)}^{8}]$ .

$\frac{{(t + 3)}^{2} (27 \frac{d}{d t} [(t + 3) {(3 t - 10)}^{8}] + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 4

Diferencia con la regla del producto, que establece que $\frac{d}{d t} [f (t) g (t)]$ es $f (t) \frac{d}{d t} [g (t)] + g (t) \frac{d}{d t} [f (t)]$ donde $f (t) = t + 3$ y $g (t) = {(3 t - 10)}^{8}$ .

$\frac{{(t + 3)}^{2} (27 ((t + 3) \frac{d}{d t} [{(3 t - 10)}^{8}] + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 5

Diferencia con la regla de la cadena, que establece que $\frac{d}{d t} [f (g (t))]$ es $f' (g (t)) g' (t)$ donde $f (t) = t^{8}$ y $g (t) = 3 t - 10$ .

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Paso 5.1

Para aplicar la regla de la cadena, establece $u_{1}$ como $3 t - 10$ .

$\frac{{(t + 3)}^{2} (27 ((t + 3) (\frac{d}{d u_{1}} [{u_{1}}^{8}] \frac{d}{d t} [3 t - 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 5.2

Diferencia con la regla de la potencia, que establece que $\frac{d}{d u_{1}} [{u_{1}}^{n}]$ es $n {u_{1}}^{n - 1}$ donde $n = 8$ .

$\frac{{(t + 3)}^{2} (27 ((t + 3) (8 {u_{1}}^{7} \frac{d}{d t} [3 t - 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 5.3

Reemplaza todos los casos de $u_{1}$ con $3 t - 10$ .

$\frac{{(t + 3)}^{2} (27 ((t + 3) (8 {(3 t - 10)}^{7} \frac{d}{d t} [3 t - 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6

Diferencia.

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Paso 6.1

Mueve $8$ a la izquierda de $t + 3$ .

$\frac{{(t + 3)}^{2} (27 (8 \cdot (t + 3) {(3 t - 10)}^{7} \frac{d}{d t} [3 t - 10] + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.2

Según la regla de la suma, la derivada de $3 t - 10$ con respecto a $t$ es $\frac{d}{d t} [3 t] + \frac{d}{d t} [- 10]$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} (\frac{d}{d t} [3 t] + \frac{d}{d t} [- 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.3

Como $3$ es constante con respecto a $t$ , la derivada de $3 t$ con respecto a $t$ es $3 \frac{d}{d t} [t]$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} (3 \frac{d}{d t} [t] + \frac{d}{d t} [- 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.4

Diferencia con la regla de la potencia, que establece que $\frac{d}{d t} [t^{n}]$ es $n t^{n - 1}$ donde $n = 1$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} (3 \cdot 1 + \frac{d}{d t} [- 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.5

Multiplica $3$ por $1$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} (3 + \frac{d}{d t} [- 10]) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.6

Como $- 10$ es constante con respecto a $t$ , la derivada de $- 10$ con respecto a $t$ es $0$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} (3 + 0) + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.7

Simplifica la expresión.

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Paso 6.7.1

Suma $3$ y $0$ .

$\frac{{(t + 3)}^{2} (27 (8 (t + 3) {(3 t - 10)}^{7} \cdot 3 + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.7.2

Multiplica $3$ por $8$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8} \frac{d}{d t} [t + 3]) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.8

Según la regla de la suma, la derivada de $t + 3$ con respecto a $t$ es $\frac{d}{d t} [t] + \frac{d}{d t} [3]$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8} (\frac{d}{d t} [t] + \frac{d}{d t} [3])) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.9

Diferencia con la regla de la potencia, que establece que $\frac{d}{d t} [t^{n}]$ es $n t^{n - 1}$ donde $n = 1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8} (1 + \frac{d}{d t} [3])) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.10

Como $3$ es constante con respecto a $t$ , la derivada de $3$ con respecto a $t$ es $0$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8} (1 + 0)) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.11

Simplifica la expresión.

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Paso 6.11.1

Suma $1$ y $0$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8} \cdot 1) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.11.2

Multiplica ${(3 t - 10)}^{8}$ por $1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) + \frac{d}{d t} [- {(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 6.12

Como $- 1$ es constante con respecto a $t$ , la derivada de $- {(3 t - 10)}^{9}$ con respecto a $t$ es $- \frac{d}{d t} [{(3 t - 10)}^{9}]$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - \frac{d}{d t} [{(3 t - 10)}^{9}]) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 7

Diferencia con la regla de la cadena, que establece que $\frac{d}{d t} [f (g (t))]$ es $f' (g (t)) g' (t)$ donde $f (t) = t^{9}$ y $g (t) = 3 t - 10$ .

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Paso 7.1

Para aplicar la regla de la cadena, establece $u_{2}$ como $3 t - 10$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - (\frac{d}{d u_{2}} [{u_{2}}^{9}] \frac{d}{d t} [3 t - 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 7.2

Diferencia con la regla de la potencia, que establece que $\frac{d}{d u_{2}} [{u_{2}}^{n}]$ es $n {u_{2}}^{n - 1}$ donde $n = 9$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - (9 {u_{2}}^{8} \frac{d}{d t} [3 t - 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 7.3

Reemplaza todos los casos de $u_{2}$ con $3 t - 10$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - (9 {(3 t - 10)}^{8} \frac{d}{d t} [3 t - 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8

Diferencia.

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Paso 8.1

Multiplica $9$ por $- 1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 ({(3 t - 10)}^{8} \frac{d}{d t} [3 t - 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.2

Según la regla de la suma, la derivada de $3 t - 10$ con respecto a $t$ es $\frac{d}{d t} [3 t] + \frac{d}{d t} [- 10]$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} (\frac{d}{d t} [3 t] + \frac{d}{d t} [- 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.3

Como $3$ es constante con respecto a $t$ , la derivada de $3 t$ con respecto a $t$ es $3 \frac{d}{d t} [t]$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} (3 \frac{d}{d t} [t] + \frac{d}{d t} [- 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.4

Diferencia con la regla de la potencia, que establece que $\frac{d}{d t} [t^{n}]$ es $n t^{n - 1}$ donde $n = 1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} (3 \cdot 1 + \frac{d}{d t} [- 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.5

Multiplica $3$ por $1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} (3 + \frac{d}{d t} [- 10])) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.6

Como $- 10$ es constante con respecto a $t$ , la derivada de $- 10$ con respecto a $t$ es $0$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} (3 + 0)) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.7

Simplifica la expresión.

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Paso 8.7.1

Suma $3$ y $0$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 9 {(3 t - 10)}^{8} \cdot 3) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 8.7.2

Multiplica $3$ por $- 9$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \frac{d}{d t} [{(t + 3)}^{2}]}{{(t + 3)}^{4}}$

Paso 9

Diferencia con la regla de la cadena, que establece que $\frac{d}{d t} [f (g (t))]$ es $f' (g (t)) g' (t)$ donde $f (t) = t^{2}$ y $g (t) = t + 3$ .

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Paso 9.1

Para aplicar la regla de la cadena, establece $u_{3}$ como $t + 3$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d u_{3}} [{u_{3}}^{2}] \frac{d}{d t} [t + 3])}{{(t + 3)}^{4}}$

Paso 9.2

Diferencia con la regla de la potencia, que establece que $\frac{d}{d u_{3}} [{u_{3}}^{n}]$ es $n {u_{3}}^{n - 1}$ donde $n = 2$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (2 u_{3} \frac{d}{d t} [t + 3])}{{(t + 3)}^{4}}$

Paso 9.3

Reemplaza todos los casos de $u_{3}$ con $t + 3$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (2 (t + 3) \frac{d}{d t} [t + 3])}{{(t + 3)}^{4}}$

Paso 10

Simplifica con la obtención del factor común.

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Paso 10.1

Multiplica $2$ por $- 1$ .

$\frac{{(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) ((t + 3) \frac{d}{d t} [t + 3])}{{(t + 3)}^{4}}$

Paso 10.2

Factoriza $t + 3$ de ${(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) ((t + 3) \frac{d}{d t} [t + 3])$ .

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Paso 10.2.1

Factoriza $t + 3$ de ${(t + 3)}^{2} (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8})$ .

$\frac{(t + 3) ((t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8})) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) ((t + 3) \frac{d}{d t} [t + 3])}{{(t + 3)}^{4}}$

Paso 10.2.2

Factoriza $t + 3$ de $- 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) ((t + 3) \frac{d}{d t} [t + 3])$ .

$\frac{(t + 3) ((t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8})) + (t + 3) (- 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t + 3]))}{{(t + 3)}^{4}}$

Paso 10.2.3

Factoriza $t + 3$ de $(t + 3) ((t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8})) + (t + 3) (- 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t + 3]))$ .

$\frac{(t + 3) ((t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t + 3]))}{{(t + 3)}^{4}}$

Paso 11

Cancela los factores comunes.

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Paso 11.1

Factoriza $t + 3$ de ${(t + 3)}^{4}$ .

$\frac{(t + 3) ((t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t + 3]))}{(t + 3) {(t + 3)}^{3}}$

Paso 11.2

Cancela el factor común.

Paso 11.3

Reescribe la expresión.

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t + 3])}{{(t + 3)}^{3}}$

Paso 12

Según la regla de la suma, la derivada de $t + 3$ con respecto a $t$ es $\frac{d}{d t} [t] + \frac{d}{d t} [3]$ .

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (\frac{d}{d t} [t] + \frac{d}{d t} [3])}{{(t + 3)}^{3}}$

Paso 13

Diferencia con la regla de la potencia, que establece que $\frac{d}{d t} [t^{n}]$ es $n t^{n - 1}$ donde $n = 1$ .

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (1 + \frac{d}{d t} [3])}{{(t + 3)}^{3}}$

Paso 14

Como $3$ es constante con respecto a $t$ , la derivada de $3$ con respecto a $t$ es $0$ .

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) (1 + 0)}{{(t + 3)}^{3}}$

Paso 15

Simplifica la expresión.

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Paso 15.1

Suma $1$ y $0$ .

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9}) \cdot 1}{{(t + 3)}^{3}}$

Paso 15.2

Multiplica $- 2$ por $1$ .

$\frac{(t + 3) (27 (24 (t + 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16

Simplifica.

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Paso 16.1

Aplica la propiedad distributiva.

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7} + {(3 t - 10)}^{8}) - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.2

Aplica la propiedad distributiva.

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7}) + 27 {(3 t - 10)}^{8} - 27 {(3 t - 10)}^{8}) - 2 (27 (t + 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.3

Aplica la propiedad distributiva.

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7}) + 27 {(3 t - 10)}^{8} - 27 {(3 t - 10)}^{8}) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8} - {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.4

Aplica la propiedad distributiva.

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7}) + 27 {(3 t - 10)}^{8} - 27 {(3 t - 10)}^{8}) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5

Simplifica el numerador.

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Paso 16.5.1

Combina los términos opuestos en $27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7}) + 27 {(3 t - 10)}^{8} - 27 {(3 t - 10)}^{8}$ .

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Paso 16.5.1.1

Resta $27 {(3 t - 10)}^{8}$ de $27 {(3 t - 10)}^{8}$ .

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7}) + 0) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.1.2

Suma $27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7})$ y $0$ .

$\frac{(t + 3) (27 ((24 t + 24 \cdot 3) {(3 t - 10)}^{7})) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.2

Multiplica $24$ por $3$ .

$\frac{(t + 3) (27 ((24 t + 72) {(3 t - 10)}^{7})) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.3

Usa el teorema del binomio.

$\frac{(t + 3) (27 ((24 t + 72) ({(3 t)}^{7} + 7 {(3 t)}^{6} \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4

Simplifica cada término.

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Paso 16.5.4.1

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (3^{7} t^{7} + 7 {(3 t)}^{6} \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.2

Eleva $3$ a la potencia de $7$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} + 7 {(3 t)}^{6} \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.3

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} + 7 (3^{6} t^{6}) \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.4

Eleva $3$ a la potencia de $6$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} + 7 (729 t^{6}) \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.5

Multiplica $729$ por $7$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} + 5103 t^{6} \cdot - 10 + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.6

Multiplica $- 10$ por $5103$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 21 {(3 t)}^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.7

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 21 (3^{5} t^{5}) {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.8

Eleva $3$ a la potencia de $5$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 21 (243 t^{5}) {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.9

Multiplica $243$ por $21$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 5103 t^{5} {(- 10)}^{2} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.10

Eleva $- 10$ a la potencia de $2$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 5103 t^{5} \cdot 100 + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.11

Multiplica $100$ por $5103$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} + 35 {(3 t)}^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.12

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} + 35 (3^{4} t^{4}) {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.13

Eleva $3$ a la potencia de $4$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} + 35 (81 t^{4}) {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.14

Multiplica $81$ por $35$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} + 2835 t^{4} {(- 10)}^{3} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.15

Eleva $- 10$ a la potencia de $3$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} + 2835 t^{4} \cdot - 1000 + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.16

Multiplica $- 1000$ por $2835$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 35 {(3 t)}^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.17

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 35 (3^{3} t^{3}) {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.18

Eleva $3$ a la potencia de $3$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 35 (27 t^{3}) {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.19

Multiplica $27$ por $35$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 945 t^{3} {(- 10)}^{4} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.20

Eleva $- 10$ a la potencia de $4$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 945 t^{3} \cdot 10000 + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.21

Multiplica $10000$ por $945$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} + 21 {(3 t)}^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.22

Aplica la regla del producto a $3 t$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} + 21 (3^{2} t^{2}) {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.23

Eleva $3$ a la potencia de $2$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} + 21 (9 t^{2}) {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.24

Multiplica $9$ por $21$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} + 189 t^{2} {(- 10)}^{5} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.25

Eleva $- 10$ a la potencia de $5$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} + 189 t^{2} \cdot - 100000 + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.26

Multiplica $- 100000$ por $189$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 7 (3 t) {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.27

Multiplica $3$ por $7$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 21 t {(- 10)}^{6} + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.28

Eleva $- 10$ a la potencia de $6$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 21 t \cdot 1000000 + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.29

Multiplica $1000000$ por $21$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 21000000 t + {(- 10)}^{7}))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.4.30

Eleva $- 10$ a la potencia de $7$ .

$\frac{(t + 3) (27 ((24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 21000000 t - 10000000))) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.5

Expande $(24 t + 72) (2187 t^{7} - 51030 t^{6} + 510300 t^{5} - 2835000 t^{4} + 9450000 t^{3} - 18900000 t^{2} + 21000000 t - 10000000)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$\frac{(t + 3) (27 (24 t (2187 t^{7}) + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6

Simplifica cada término.

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Paso 16.5.6.1

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (24 \cdot 2187 t \cdot t^{7} + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.2

Multiplica $t$ por $t^{7}$ sumando los exponentes.

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Paso 16.5.6.2.1

Mueve $t^{7}$ .

$\frac{(t + 3) (27 (24 \cdot 2187 (t^{7} t) + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.2.2

Multiplica $t^{7}$ por $t$ .

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Paso 16.5.6.2.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (24 \cdot 2187 (t^{7} t^{1}) + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.2.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (24 \cdot 2187 t^{7 + 1} + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.2.3

Suma $7$ y $1$ .

$\frac{(t + 3) (27 (24 \cdot 2187 t^{8} + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.3

Multiplica $24$ por $2187$ .

$\frac{(t + 3) (27 (52488 t^{8} + 24 t (- 51030 t^{6}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.4

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} + 24 \cdot - 51030 t \cdot t^{6} + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.5

Multiplica $t$ por $t^{6}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.5.1

Mueve $t^{6}$ .

$\frac{(t + 3) (27 (52488 t^{8} + 24 \cdot - 51030 (t^{6} t) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.5.2

Multiplica $t^{6}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.6.5.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (52488 t^{8} + 24 \cdot - 51030 (t^{6} t^{1}) + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.5.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (52488 t^{8} + 24 \cdot - 51030 t^{6 + 1} + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.5.3

Suma $6$ y $1$ .

$\frac{(t + 3) (27 (52488 t^{8} + 24 \cdot - 51030 t^{7} + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.6

Multiplica $24$ por $- 51030$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 t (510300 t^{5}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.7

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 \cdot 510300 t \cdot t^{5} + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.8

Multiplica $t$ por $t^{5}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.8.1

Mueve $t^{5}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 \cdot 510300 (t^{5} t) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.8.2

Multiplica $t^{5}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.6.8.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 \cdot 510300 (t^{5} t^{1}) + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.8.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 \cdot 510300 t^{5 + 1} + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.8.3

Suma $5$ y $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 24 \cdot 510300 t^{6} + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.9

Multiplica $24$ por $510300$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 t (- 2835000 t^{4}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.10

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 \cdot - 2835000 t \cdot t^{4} + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.11

Multiplica $t$ por $t^{4}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.11.1

Mueve $t^{4}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 \cdot - 2835000 (t^{4} t) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.11.2

Multiplica $t^{4}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.6.11.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 \cdot - 2835000 (t^{4} t^{1}) + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.11.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 \cdot - 2835000 t^{4 + 1} + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.11.3

Suma $4$ y $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} + 24 \cdot - 2835000 t^{5} + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.12

Multiplica $24$ por $- 2835000$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 t (9450000 t^{3}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.13

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 \cdot 9450000 t \cdot t^{3} + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.14

Multiplica $t$ por $t^{3}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.14.1

Mueve $t^{3}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 \cdot 9450000 (t^{3} t) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.14.2

Multiplica $t^{3}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.6.14.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 \cdot 9450000 (t^{3} t^{1}) + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.14.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 \cdot 9450000 t^{3 + 1} + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.14.3

Suma $3$ y $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 24 \cdot 9450000 t^{4} + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.15

Multiplica $24$ por $9450000$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 t (- 18900000 t^{2}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.16

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 \cdot - 18900000 t \cdot t^{2} + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.17

Multiplica $t$ por $t^{2}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.17.1

Mueve $t^{2}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 \cdot - 18900000 (t^{2} t) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.17.2

Multiplica $t^{2}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.6.17.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 \cdot - 18900000 (t^{2} t^{1}) + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.17.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 \cdot - 18900000 t^{2 + 1} + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.17.3

Suma $2$ y $1$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} + 24 \cdot - 18900000 t^{3} + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.18

Multiplica $24$ por $- 18900000$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 24 t (21000000 t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.19

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 24 \cdot 21000000 t \cdot t + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.20

Multiplica $t$ por $t$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.6.20.1

Mueve $t$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 24 \cdot 21000000 (t \cdot t) + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.20.2

Multiplica $t$ por $t$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 24 \cdot 21000000 t^{2} + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.21

Multiplica $24$ por $21000000$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} + 24 t \cdot - 10000000 + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.22

Multiplica $- 10000000$ por $24$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 72 (2187 t^{7}) + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.23

Multiplica $2187$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} + 72 (- 51030 t^{6}) + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.24

Multiplica $- 51030$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 72 (510300 t^{5}) + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.25

Multiplica $510300$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} + 72 (- 2835000 t^{4}) + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.26

Multiplica $- 2835000$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 72 (9450000 t^{3}) + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.27

Multiplica $9450000$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} + 72 (- 18900000 t^{2}) + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.28

Multiplica $- 18900000$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 72 (21000000 t) + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.29

Multiplica $21000000$ por $72$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t + 72 \cdot - 10000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.6.30

Multiplica $72$ por $- 10000000$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1224720 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 157464 t^{7} - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.7

Suma $- 1224720 t^{7}$ y $157464 t^{7}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 12247200 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t - 3674160 t^{6} + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.8

Resta $3674160 t^{6}$ de $12247200 t^{6}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 68040000 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 36741600 t^{5} - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.9

Suma $- 68040000 t^{5}$ y $36741600 t^{5}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 31298400 t^{5} + 226800000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t - 204120000 t^{4} + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.10

Resta $204120000 t^{4}$ de $226800000 t^{4}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 31298400 t^{5} + 22680000 t^{4} - 453600000 t^{3} + 504000000 t^{2} - 240000000 t + 680400000 t^{3} - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.11

Suma $- 453600000 t^{3}$ y $680400000 t^{3}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 31298400 t^{5} + 22680000 t^{4} + 226800000 t^{3} + 504000000 t^{2} - 240000000 t - 1360800000 t^{2} + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.12

Resta $1360800000 t^{2}$ de $504000000 t^{2}$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 31298400 t^{5} + 22680000 t^{4} + 226800000 t^{3} - 856800000 t^{2} - 240000000 t + 1512000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.13

Suma $- 240000000 t$ y $1512000000 t$ .

$\frac{(t + 3) (27 (52488 t^{8} - 1067256 t^{7} + 8573040 t^{6} - 31298400 t^{5} + 22680000 t^{4} + 226800000 t^{3} - 856800000 t^{2} + 1272000000 t - 720000000)) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.14

Aplica la propiedad distributiva.

$\frac{(t + 3) (27 (52488 t^{8}) + 27 (- 1067256 t^{7}) + 27 (8573040 t^{6}) + 27 (- 31298400 t^{5}) + 27 (22680000 t^{4}) + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15

Simplifica.

Toca para ver más pasos...

Paso 16.5.15.1

Multiplica $52488$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} + 27 (- 1067256 t^{7}) + 27 (8573040 t^{6}) + 27 (- 31298400 t^{5}) + 27 (22680000 t^{4}) + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.2

Multiplica $- 1067256$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 27 (8573040 t^{6}) + 27 (- 31298400 t^{5}) + 27 (22680000 t^{4}) + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.3

Multiplica $8573040$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} + 27 (- 31298400 t^{5}) + 27 (22680000 t^{4}) + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.4

Multiplica $- 31298400$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 27 (22680000 t^{4}) + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.5

Multiplica $22680000$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 27 (226800000 t^{3}) + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.6

Multiplica $226800000$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 6123600000 t^{3} + 27 (- 856800000 t^{2}) + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.7

Multiplica $- 856800000$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 6123600000 t^{3} - 23133600000 t^{2} + 27 (1272000000 t) + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.8

Multiplica $1272000000$ por $27$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 6123600000 t^{3} - 23133600000 t^{2} + 34344000000 t + 27 \cdot - 720000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.15.9

Multiplica $27$ por $- 720000000$ .

$\frac{(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 6123600000 t^{3} - 23133600000 t^{2} + 34344000000 t - 19440000000) - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.16

Expande $(t + 3) (1417176 t^{8} - 28815912 t^{7} + 231472080 t^{6} - 845056800 t^{5} + 612360000 t^{4} + 6123600000 t^{3} - 23133600000 t^{2} + 34344000000 t - 19440000000)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$\frac{t (1417176 t^{8}) + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17

Simplifica cada término.

Toca para ver más pasos...

Paso 16.5.17.1

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t \cdot t^{8} + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.2

Multiplica $t$ por $t^{8}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.2.1

Mueve $t^{8}$ .

$\frac{1417176 (t^{8} t) + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.2.2

Multiplica $t^{8}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.2.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 (t^{8} t^{1}) + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.2.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{8 + 1} + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.2.3

Suma $8$ y $1$ .

$\frac{1417176 t^{9} + t (- 28815912 t^{7}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.3

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t \cdot t^{7} + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.4

Multiplica $t$ por $t^{7}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.4.1

Mueve $t^{7}$ .

$\frac{1417176 t^{9} - 28815912 (t^{7} t) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.4.2

Multiplica $t^{7}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.4.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 (t^{7} t^{1}) + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.4.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{7 + 1} + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.4.3

Suma $7$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + t (231472080 t^{6}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.5

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t \cdot t^{6} + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.6

Multiplica $t$ por $t^{6}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.6.1

Mueve $t^{6}$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 (t^{6} t) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.6.2

Multiplica $t^{6}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.6.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 (t^{6} t^{1}) + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.6.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{6 + 1} + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.6.3

Suma $6$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} + t (- 845056800 t^{5}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.7

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t \cdot t^{5} + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.8

Multiplica $t$ por $t^{5}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.8.1

Mueve $t^{5}$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 (t^{5} t) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.8.2

Multiplica $t^{5}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.8.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 (t^{5} t^{1}) + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.8.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{5 + 1} + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.8.3

Suma $5$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + t (612360000 t^{4}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.9

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t \cdot t^{4} + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.10

Multiplica $t$ por $t^{4}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.10.1

Mueve $t^{4}$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 (t^{4} t) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.10.2

Multiplica $t^{4}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.10.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 (t^{4} t^{1}) + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.10.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{4 + 1} + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.10.3

Suma $4$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + t (6123600000 t^{3}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.11

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t \cdot t^{3} + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.12

Multiplica $t$ por $t^{3}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.12.1

Mueve $t^{3}$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 (t^{3} t) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.12.2

Multiplica $t^{3}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.12.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 (t^{3} t^{1}) + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.12.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{3 + 1} + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.12.3

Suma $3$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} + t (- 23133600000 t^{2}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.13

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t \cdot t^{2} + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.14

Multiplica $t$ por $t^{2}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.14.1

Mueve $t^{2}$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 (t^{2} t) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.14.2

Multiplica $t^{2}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.17.14.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 (t^{2} t^{1}) + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.14.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{2 + 1} + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.14.3

Suma $2$ y $1$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + t (34344000000 t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.15

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t \cdot t + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.16

Multiplica $t$ por $t$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.17.16.1

Mueve $t$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 (t \cdot t) + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.16.2

Multiplica $t$ por $t$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} + t \cdot - 19440000000 + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.17

Mueve $- 19440000000$ a la izquierda de $t$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 \cdot t + 3 (1417176 t^{8}) + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.18

Multiplica $1417176$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} + 3 (- 28815912 t^{7}) + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.19

Multiplica $- 28815912$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 3 (231472080 t^{6}) + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.20

Multiplica $231472080$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} + 3 (- 845056800 t^{5}) + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.21

Multiplica $- 845056800$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 3 (612360000 t^{4}) + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.22

Multiplica $612360000$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 3 (6123600000 t^{3}) + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.23

Multiplica $6123600000$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} + 3 (- 23133600000 t^{2}) + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.24

Multiplica $- 23133600000$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 3 (34344000000 t) + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.25

Multiplica $34344000000$ por $3$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t + 3 \cdot - 19440000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.17.26

Multiplica $3$ por $- 19440000000$ .

$\frac{1417176 t^{9} - 28815912 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 4251528 t^{8} - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.18

Suma $- 28815912 t^{8}$ y $4251528 t^{8}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 231472080 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t - 86447736 t^{7} + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.19

Resta $86447736 t^{7}$ de $231472080 t^{7}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 845056800 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 694416240 t^{6} - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.20

Suma $- 845056800 t^{6}$ y $694416240 t^{6}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} + 612360000 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t - 2535170400 t^{5} + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.21

Resta $2535170400 t^{5}$ de $612360000 t^{5}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 6123600000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 1837080000 t^{4} + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.22

Suma $6123600000 t^{4}$ y $1837080000 t^{4}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 23133600000 t^{3} + 34344000000 t^{2} - 19440000000 t + 18370800000 t^{3} - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.23

Suma $- 23133600000 t^{3}$ y $18370800000 t^{3}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} + 34344000000 t^{2} - 19440000000 t - 69400800000 t^{2} + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.24

Resta $69400800000 t^{2}$ de $34344000000 t^{2}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} - 19440000000 t + 103032000000 t - 58320000000 - 2 ((27 t + 27 \cdot 3) {(3 t - 10)}^{8}) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.25

Suma $- 19440000000 t$ y $103032000000 t$ .

Paso 16.5.26

Multiplica $27$ por $3$ .

Paso 16.5.27

Usa el teorema del binomio.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) ({(3 t)}^{8} + 8 {(3 t)}^{7} \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28

Simplifica cada término.

Toca para ver más pasos...

Paso 16.5.28.1

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (3^{8} t^{8} + 8 {(3 t)}^{7} \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.2

Eleva $3$ a la potencia de $8$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} + 8 {(3 t)}^{7} \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.3

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} + 8 (3^{7} t^{7}) \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.4

Eleva $3$ a la potencia de $7$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} + 8 (2187 t^{7}) \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.5

Multiplica $2187$ por $8$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} + 17496 t^{7} \cdot - 10 + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.6

Multiplica $- 10$ por $17496$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 28 {(3 t)}^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.7

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 28 (3^{6} t^{6}) {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.8

Eleva $3$ a la potencia de $6$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 28 (729 t^{6}) {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.9

Multiplica $729$ por $28$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 20412 t^{6} {(- 10)}^{2} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.10

Eleva $- 10$ a la potencia de $2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 20412 t^{6} \cdot 100 + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.11

Multiplica $100$ por $20412$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} + 56 {(3 t)}^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.12

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} + 56 (3^{5} t^{5}) {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.13

Eleva $3$ a la potencia de $5$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} + 56 (243 t^{5}) {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.14

Multiplica $243$ por $56$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} + 13608 t^{5} {(- 10)}^{3} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.15

Eleva $- 10$ a la potencia de $3$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} + 13608 t^{5} \cdot - 1000 + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.16

Multiplica $- 1000$ por $13608$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 70 {(3 t)}^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.17

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 70 (3^{4} t^{4}) {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.18

Eleva $3$ a la potencia de $4$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 70 (81 t^{4}) {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.19

Multiplica $81$ por $70$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 5670 t^{4} {(- 10)}^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.20

Eleva $- 10$ a la potencia de $4$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 5670 t^{4} \cdot 10000 + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.21

Multiplica $10000$ por $5670$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} + 56 {(3 t)}^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.22

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} + 56 (3^{3} t^{3}) {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.23

Eleva $3$ a la potencia de $3$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} + 56 (27 t^{3}) {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.24

Multiplica $27$ por $56$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} + 1512 t^{3} {(- 10)}^{5} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.25

Eleva $- 10$ a la potencia de $5$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} + 1512 t^{3} \cdot - 100000 + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.26

Multiplica $- 100000$ por $1512$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 28 {(3 t)}^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.27

Aplica la regla del producto a $3 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 28 (3^{2} t^{2}) {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.28

Eleva $3$ a la potencia de $2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 28 (9 t^{2}) {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.29

Multiplica $9$ por $28$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252 t^{2} {(- 10)}^{6} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.30

Eleva $- 10$ a la potencia de $6$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252 t^{2} \cdot 1000000 + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.31

Multiplica $1000000$ por $252$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} + 8 (3 t) {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.32

Multiplica $3$ por $8$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} + 24 t {(- 10)}^{7} + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.33

Eleva $- 10$ a la potencia de $7$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} + 24 t \cdot - 10000000 + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.34

Multiplica $- 10000000$ por $24$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} - 240000000 t + {(- 10)}^{8})) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.28.35

Eleva $- 10$ a la potencia de $8$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 ((27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} - 240000000 t + 100000000)) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.29

Expande $(27 t + 81) (6561 t^{8} - 174960 t^{7} + 2041200 t^{6} - 13608000 t^{5} + 56700000 t^{4} - 151200000 t^{3} + 252000000 t^{2} - 240000000 t + 100000000)$ mediante la multiplicación de cada término de la primera expresión por cada término de la segunda expresión.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 t (6561 t^{8}) + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30

Simplifica cada término.

Toca para ver más pasos...

Paso 16.5.30.1

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 \cdot 6561 t \cdot t^{8} + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.2

Multiplica $t$ por $t^{8}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.2.1

Mueve $t^{8}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 \cdot 6561 (t^{8} t) + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.2.2

Multiplica $t^{8}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.2.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 \cdot 6561 (t^{8} t^{1}) + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.2.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 \cdot 6561 t^{8 + 1} + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.2.3

Suma $8$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (27 \cdot 6561 t^{9} + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.3

Multiplica $27$ por $6561$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 t (- 174960 t^{7}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.4

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 \cdot - 174960 t \cdot t^{7} + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.5

Multiplica $t$ por $t^{7}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.5.1

Mueve $t^{7}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 \cdot - 174960 (t^{7} t) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.5.2

Multiplica $t^{7}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.5.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 \cdot - 174960 (t^{7} t^{1}) + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.5.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 \cdot - 174960 t^{7 + 1} + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.5.3

Suma $7$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} + 27 \cdot - 174960 t^{8} + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.6

Multiplica $27$ por $- 174960$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 t (2041200 t^{6}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.7

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 \cdot 2041200 t \cdot t^{6} + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.8

Multiplica $t$ por $t^{6}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.8.1

Mueve $t^{6}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 \cdot 2041200 (t^{6} t) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.8.2

Multiplica $t^{6}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.8.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 \cdot 2041200 (t^{6} t^{1}) + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.8.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 \cdot 2041200 t^{6 + 1} + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.8.3

Suma $6$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 27 \cdot 2041200 t^{7} + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.9

Multiplica $27$ por $2041200$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 t (- 13608000 t^{5}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.10

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 \cdot - 13608000 t \cdot t^{5} + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.11

Multiplica $t$ por $t^{5}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.11.1

Mueve $t^{5}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 \cdot - 13608000 (t^{5} t) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.11.2

Multiplica $t^{5}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.11.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 \cdot - 13608000 (t^{5} t^{1}) + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.11.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 \cdot - 13608000 t^{5 + 1} + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.11.3

Suma $5$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} + 27 \cdot - 13608000 t^{6} + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.12

Multiplica $27$ por $- 13608000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 t (56700000 t^{4}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.13

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 \cdot 56700000 t \cdot t^{4} + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.14

Multiplica $t$ por $t^{4}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.14.1

Mueve $t^{4}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 \cdot 56700000 (t^{4} t) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.14.2

Multiplica $t^{4}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.14.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 \cdot 56700000 (t^{4} t^{1}) + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.14.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 \cdot 56700000 t^{4 + 1} + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.14.3

Suma $4$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 27 \cdot 56700000 t^{5} + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.15

Multiplica $27$ por $56700000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 t (- 151200000 t^{3}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.16

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 \cdot - 151200000 t \cdot t^{3} + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.17

Multiplica $t$ por $t^{3}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.17.1

Mueve $t^{3}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 \cdot - 151200000 (t^{3} t) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.17.2

Multiplica $t^{3}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.17.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 \cdot - 151200000 (t^{3} t^{1}) + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.17.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 \cdot - 151200000 t^{3 + 1} + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.17.3

Suma $3$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} + 27 \cdot - 151200000 t^{4} + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.18

Multiplica $27$ por $- 151200000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 t (252000000 t^{2}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.19

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 \cdot 252000000 t \cdot t^{2} + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.20

Multiplica $t$ por $t^{2}$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.20.1

Mueve $t^{2}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 \cdot 252000000 (t^{2} t) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.20.2

Multiplica $t^{2}$ por $t$ .

Toca para ver más pasos...

Paso 16.5.30.20.2.1

Eleva $t$ a la potencia de $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 \cdot 252000000 (t^{2} t^{1}) + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.20.2.2

Usa la regla de la potencia $a^{m} a^{n} = a^{m + n}$ para combinar exponentes.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 \cdot 252000000 t^{2 + 1} + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.20.3

Suma $2$ y $1$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 27 \cdot 252000000 t^{3} + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.21

Multiplica $27$ por $252000000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} + 27 t (- 240000000 t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.22

Reescribe con la propiedad conmutativa de la multiplicación.

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} + 27 \cdot - 240000000 t \cdot t + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.23

Multiplica $t$ por $t$ sumando los exponentes.

Toca para ver más pasos...

Paso 16.5.30.23.1

Mueve $t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} + 27 \cdot - 240000000 (t \cdot t) + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.23.2

Multiplica $t$ por $t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} + 27 \cdot - 240000000 t^{2} + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.24

Multiplica $27$ por $- 240000000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 27 t \cdot 100000000 + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.25

Multiplica $100000000$ por $27$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 81 (6561 t^{8}) + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.26

Multiplica $6561$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} + 81 (- 174960 t^{7}) + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.27

Multiplica $- 174960$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 81 (2041200 t^{6}) + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.28

Multiplica $2041200$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} + 81 (- 13608000 t^{5}) + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.29

Multiplica $- 13608000$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 81 (56700000 t^{4}) + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.30

Multiplica $56700000$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} + 81 (- 151200000 t^{3}) + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.31

Multiplica $- 151200000$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 81 (252000000 t^{2}) + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.32

Multiplica $252000000$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} + 81 (- 240000000 t) + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.33

Multiplica $- 240000000$ por $81$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 81 \cdot 100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.30.34

Multiplica $81$ por $100000000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4723920 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 531441 t^{8} - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.31

Suma $- 4723920 t^{8}$ y $531441 t^{8}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 55112400 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t - 14171760 t^{7} + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.32

Resta $14171760 t^{7}$ de $55112400 t^{7}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 367416000 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 165337200 t^{6} - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.33

Suma $- 367416000 t^{6}$ y $165337200 t^{6}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 1530900000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t - 1102248000 t^{5} + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.34

Resta $1102248000 t^{5}$ de $1530900000 t^{5}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 428652000 t^{5} - 4082400000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t + 4592700000 t^{4} - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.35

Suma $- 4082400000 t^{4}$ y $4592700000 t^{4}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 428652000 t^{5} + 510300000 t^{4} + 6804000000 t^{3} - 6480000000 t^{2} + 2700000000 t - 12247200000 t^{3} + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.36

Resta $12247200000 t^{3}$ de $6804000000 t^{3}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 428652000 t^{5} + 510300000 t^{4} - 5443200000 t^{3} - 6480000000 t^{2} + 2700000000 t + 20412000000 t^{2} - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.37

Suma $- 6480000000 t^{2}$ y $20412000000 t^{2}$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 428652000 t^{5} + 510300000 t^{4} - 5443200000 t^{3} + 13932000000 t^{2} + 2700000000 t - 19440000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.38

Resta $19440000000 t$ de $2700000000 t$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 2 (177147 t^{9} - 4192479 t^{8} + 40940640 t^{7} - 202078800 t^{6} + 428652000 t^{5} + 510300000 t^{4} - 5443200000 t^{3} + 13932000000 t^{2} - 16740000000 t + 8100000000) - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.39

Aplica la propiedad distributiva.

Paso 16.5.40

Simplifica.

Toca para ver más pasos...

Paso 16.5.40.1

Multiplica $177147$ por $- 2$ .

Paso 16.5.40.2

Multiplica $- 4192479$ por $- 2$ .

Paso 16.5.40.3

Multiplica $40940640$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} - 2 (- 202078800 t^{6}) - 2 (428652000 t^{5}) - 2 (510300000 t^{4}) - 2 (- 5443200000 t^{3}) - 2 (13932000000 t^{2}) - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.4

Multiplica $- 202078800$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 2 (428652000 t^{5}) - 2 (510300000 t^{4}) - 2 (- 5443200000 t^{3}) - 2 (13932000000 t^{2}) - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.5

Multiplica $428652000$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 2 (510300000 t^{4}) - 2 (- 5443200000 t^{3}) - 2 (13932000000 t^{2}) - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.6

Multiplica $510300000$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} - 2 (- 5443200000 t^{3}) - 2 (13932000000 t^{2}) - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.7

Multiplica $- 5443200000$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 2 (13932000000 t^{2}) - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.8

Multiplica $13932000000$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} - 2 (- 16740000000 t) - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.9

Multiplica $- 16740000000$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 2 \cdot 8100000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.40.10

Multiplica $- 2$ por $8100000000$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 - 2 (- {(3 t - 10)}^{9})}{{(t + 3)}^{3}}$

Paso 16.5.41

Multiplica $- 1$ por $- 2$ .

$\frac{1417176 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 354294 t^{9} + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.42

Resta $354294 t^{9}$ de $1417176 t^{9}$ .

$\frac{1062882 t^{9} - 24564384 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 + 8384958 t^{8} - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.43

Suma $- 24564384 t^{8}$ y $8384958 t^{8}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 145024344 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 81881280 t^{7} + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.44

Resta $81881280 t^{7}$ de $145024344 t^{7}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} - 150640560 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 + 404157600 t^{6} - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.45

Suma $- 150640560 t^{6}$ y $404157600 t^{6}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 1922810400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 857304000 t^{5} - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.46

Resta $857304000 t^{5}$ de $- 1922810400 t^{5}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 7960680000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 1020600000 t^{4} + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.47

Resta $1020600000 t^{4}$ de $7960680000 t^{4}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} - 4762800000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 + 10886400000 t^{3} - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.48

Suma $- 4762800000 t^{3}$ y $10886400000 t^{3}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 35056800000 t^{2} + 83592000000 t - 58320000000 - 27864000000 t^{2} + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.49

Resta $27864000000 t^{2}$ de $- 35056800000 t^{2}$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 83592000000 t - 58320000000 + 33480000000 t - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.50

Suma $83592000000 t$ y $33480000000 t$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 58320000000 - 16200000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.51

Resta $16200000000$ de $- 58320000000$ .

$\frac{1062882 t^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000 + 2 {(3 t - 10)}^{9}}{{(t + 3)}^{3}}$

Paso 16.5.52

Reordena los términos.

$\frac{1062882 t^{9} + 2 {(3 t - 10)}^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53

Factoriza $2$ de $1062882 t^{9} + 2 {(3 t - 10)}^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000$ .

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Paso 16.5.53.1

Factoriza $2$ de $1062882 t^{9}$ .

$\frac{2 (531441 t^{9}) + 2 {(3 t - 10)}^{9} - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.2

Factoriza $2$ de $2 {(3 t - 10)}^{9}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) - 16179426 t^{8} + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.3

Factoriza $2$ de $- 16179426 t^{8}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 63143064 t^{7} + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.4

Factoriza $2$ de $63143064 t^{7}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 253517040 t^{6} - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.5

Factoriza $2$ de $253517040 t^{6}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) - 2780114400 t^{5} + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.6

Factoriza $2$ de $- 2780114400 t^{5}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 6940080000 t^{4} + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.7

Factoriza $2$ de $6940080000 t^{4}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 6123600000 t^{3} - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.8

Factoriza $2$ de $6123600000 t^{3}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) - 62920800000 t^{2} + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.9

Factoriza $2$ de $- 62920800000 t^{2}$ .

$\frac{2 (531441 t^{9}) + 2 ({(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 117072000000 t - 74520000000}{{(t + 3)}^{3}}$

Paso 16.5.53.10

Factoriza $2$ de $117072000000 t$ .

Paso 16.5.53.11

Factoriza $2$ de $- 74520000000$ .

$\frac{2 (531441 t^{9}) + 2 {(3 t - 10)}^{9} + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.12

Factoriza $2$ de $2 (531441 t^{9}) + 2 {(3 t - 10)}^{9}$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9}) + 2 (- 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.13

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9}) + 2 (- 8089713 t^{8})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8}) + 2 (31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.14

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8}) + 2 (31571532 t^{7})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7}) + 2 (126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.15

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7}) + 2 (126758520 t^{6})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6}) + 2 (- 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.16

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6}) + 2 (- 1390057200 t^{5})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5}) + 2 (3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.17

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5}) + 2 (3470040000 t^{4})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4}) + 2 (3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.18

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4}) + 2 (3061800000 t^{3})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3}) + 2 (- 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.19

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3}) + 2 (- 31460400000 t^{2})$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3} - 31460400000 t^{2}) + 2 (58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.20

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3} - 31460400000 t^{2}) + 2 (58536000000 t)$ .

$\frac{2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3} - 31460400000 t^{2} + 58536000000 t) + 2 \cdot - 37260000000}{{(t + 3)}^{3}}$

Paso 16.5.53.21

Factoriza $2$ de $2 (531441 t^{9} + {(3 t - 10)}^{9} - 8089713 t^{8} + 31571532 t^{7} + 126758520 t^{6} - 1390057200 t^{5} + 3470040000 t^{4} + 3061800000 t^{3} - 31460400000 t^{2} + 58536000000 t) + 2 \cdot - 37260000000$ .