Mathway | Популярные задачи

Популярные задачи

Рейтинг	Тема	Задача	Форматированная задача
13901	Trovare la Derivata - d/dx	y=x^3+x^2-8x+5	$y = x^{3} + x^{2} - 8 x + 5$
13902	Trovare la Derivata - d/dx	y=x^3-(x^2)/40+32x+4	$y = x^{3} - \frac{x^{2}}{40} + 32 x + 4$
13903	Trovare la Derivata - d/dx	y=x^3-(x^2)/44+35x+9	$y = x^{3} - \frac{x^{2}}{44} + 35 x + 9$
13904	Trovare la Derivata - d/dx	y=x^3-13x^2+35x+2	$y = x^{3} - 13 x^{2} + 35 x + 2$
13905	Trovare la Derivata - d/dx	y=x^3-12x+2	$y = x^{3} - 12 x + 2$
13906	Trovare la Derivata - d/dx	y=x^3-16x^2+64x+9	$y = x^{3} - 16 x^{2} + 64 x + 9$
13907	Trovare la Derivata - d/dx	y=x^3-16x+5	$y = x^{3} - 16 x + 5$
13908	Trovare la Derivata - d/dx	y=x^3+5x^2	$y = x^{3} + 5 x^{2}$
13909	Trovare la Derivata - d/dx	y=x^2-5x+4	$y = x^{2} - 5 x + 4$
13910	Trovare la Derivata - d/dx	y=x^2-8x	$y = x^{2} - 8 x$
13911	Trovare la Derivata - d/dx	y=x^2-3e^x	$y = x^{2} - 3 e^{x}$
13912	Trovare la Derivata - d/dx	y=x^2-3x-3	$y = x^{2} - 3 x - 3$
13913	Trovare la Derivata - d/dx	y=x^2+x^4e^(-2 натуральный логарифм от x)	$y = x^{2} + x^{4} e^{- 2 \ln (x)}$
13914	Trovare la Derivata - d/dx	y=x^2+4x	$y = x^{2} + 4 x$
13915	Trovare la Derivata - d/dx	y=x^3(2x-9)^5	$y = x^{3} {(2 x - 9)}^{5}$
13916	Trovare la Derivata - d/dx	y=x^3(2x-1)^7	$y = x^{3} {(2 x - 1)}^{7}$
13917	Trovare la Derivata - d/dx	y=x^3-(x^2)/28+16x+2	$y = x^{3} - \frac{x^{2}}{28} + 16 x + 2$
13918	Trovare la Derivata - d/dx	y=x^3-(x^2)/64+45x+1	$y = x^{3} - \frac{x^{2}}{64} + 45 x + 1$
13919	Trovare la Derivata - d/dx	y=x^3.7	$y = x^{3.7}$
13920	Trovare la Derivata - d/dx	y=x^(2cos(x))	$y = x^{2 \cos (x)}$
13921	Trovare la Derivata - d/dx	y=-x^3(3x^4-2)	$y = - x^{3} (3 x^{4} - 2)$
13922	Trovare la Derivata - d/dx	y=x^2tan(x)	$y = x^{2} \tan (x)$
13923	Trovare la Derivata - d/dx	y = square root of e^x-1	$y = \sqrt{e^{x} - 1}$
13924	Trovare la Derivata - d/dx	y = квадратный корень из x/a+ квадратный корень из a/x	$y = \sqrt{\frac{x}{a}} + \sqrt{\frac{a}{x}}$
13925	Trovare la Derivata - d/dx	y = square root of x/(x+3)	$y = \sqrt{\frac{x}{x + 3}}$
13926	Trovare la Derivata - d/dx	y=(tan(x))/( квадратный корень из x)	$y = \frac{\tan (x)}{\sqrt{x}}$
13927	Trovare la Derivata - d/dx	y=(tan(x))/x	$y = \frac{\tan (x)}{x}$
13928	Trovare la Derivata - d/dx	y=arctan( квадратный корень из 3x)	$y = \arctan (\sqrt{3 x})$
13929	Trovare la Derivata - d/dx	y=arctan( квадратный корень из 5x)	$y = \arctan (\sqrt{5 x})$
13930	Trovare la Derivata - d/dx	y = логарифм по основанию 5 квадратного корня из ((7x)/(3x+2))^( натуральный логарифм 5)	$y = \log_{5} (\sqrt{{(\frac{7 x}{3 x + 2})}^{\ln (5)}})$
13931	Trovare la Derivata - d/dx	y=arctan(x^2)	$y = \arctan (x^{2})$
13932	Trovare la Derivata - d/dx	y=arctan( натуральный логарифм от 4x)	$y = \arctan (\ln (4 x))$
13933	Trovare la Derivata - d/dx	y=arctan( натуральный логарифм от 5x)	$y = \arctan (\ln (5 x))$
13934	Trovare la Derivata - d/dx	y=tan((e^(8x))/(sin(5x)))^6	$y = \tan^{6} (\frac{e^{8 x}}{\sin (5 x)})$
13935	Trovare la Derivata - d/dx	y = square root of x^2+12	$y = \sqrt{x^{2} + 12}$
13936	Trovare la Derivata - d/dx	y = square root of x^2+5x+6	$y = \sqrt{x^{2} + 5 x + 6}$
13937	Trovare la Derivata - d/dx	y = square root of e^x+4	$y = \sqrt{e^{x} + 4}$
13938	Trovare la Derivata - d/dx	y = square root of e^x+8	$y = \sqrt{e^{x} + 8}$
13939	Trovare la Derivata - d/dx	y = square root of x^2+2x-4	$y = \sqrt{x^{2} + 2 x - 4}$
13940	Trovare la Derivata - d/dx	y = square root of x^x	$y = \sqrt{x^{x}}$
13941	Trovare la Derivata - d/dx	y = square root of (x-3)/(x^6+2)	$y = \sqrt{\frac{x - 3}{x^{6} + 2}}$
13942	Trovare la Derivata - d/dx	y = square root of 2-e^x	$y = \sqrt{2 - e^{x}}$
13943	Trovare la Derivata - d/dx	y = square root of 16-x	$y = \sqrt{16 - x}$
13944	Trovare la Derivata - d/dx	y = square root of 10-9x	$y = \sqrt{10 - 9 x}$
13945	Trovare la Derivata - d/dx	y = square root of 1+cos(x)	$y = \sqrt{1 + \cos (x)}$
13946	Trovare la Derivata - d/dx	y = square root of 11x	$y = \sqrt{11 x}$
13947	Trovare la Derivata - d/dx	y = square root of 1-x^2arcsin(x)	$y = \sqrt{1 - x^{2}} \arcsin (x)$
13948	Trovare la Derivata - d/dx	y=sin(cos(2x))^2	$y = \sin^{2} (\cos (2 x))$
13949	Trovare la Derivata - d/dx	y=arcsin(4x+1)	$y = \arcsin (4 x + 1)$
13950	Trovare la Derivata - d/dx	y=sin(e^(3x+1))^2	$y = \sin^{2} (e^{3 x + 1})$
13951	Trovare la Derivata - d/dx	y=arcsin(3/(x^2))	$y = \arcsin (\frac{3}{x^{2}})$
13952	Trovare la Derivata - d/dx	y=arcsin(2x^3)	$y = \arcsin (2 x^{3})$
13953	Trovare la Derivata - d/dx	y=sin(x)^2-cos(x)^2	$y = \sin^{2} (x) - \cos^{2} (x)$
13954	Trovare la Derivata - d/dx	y=sin(x)^4	$y = \sin^{4} (x)$
13955	Trovare la Derivata - d/dx	y=tan(x)^8	$y = \tan^{8} (x)$
13956	Trovare la Derivata - d/dx	y=sin(x)^9	$y = \sin^{9} (x)$
13957	Trovare la Derivata - d/dx	y=(sin(h(2x)))/(cos(h(2x))-5)	$y = \frac{\sinh (2 x)}{\cosh (2 x) - 5}$
13958	Trovare la Derivata - d/dx	y=(tan(2x)-e^x)/(3x-4)	$y = \frac{\tan (2 x) - e^{x}}{3 x - 4}$
13959	Trovare la Derivata - d/dx	y=sin(cos(3x))^5	$y = \sin^{5} (\cos (3 x))$
13960	Trovare la Derivata - d/dx	y=sin(4x)^6	$y = \sin^{6} (4 x)$
13961	Trovare la Derivata - d/dx	y=sec(x)^3	$y = \sec^{3} (x)$
13962	Trovare la Derivata - d/dx	y=(sin(3x))/(tan(x))	$y = \frac{\sin (3 x)}{\tan (x)}$
13963	Trovare la Derivata - d/dx	y=arcsec(6x^3)	$y = arcsec (6 x^{3})$
13964	Trovare la Derivata - d/dx	y=sec(2x)^3	$y = \sec^{3} (2 x)$
13965	Trovare la Derivata - d/dx	y=sec(x)^4	$y = \sec^{4} (x)$
13966	Trovare la Derivata - d/dx	y=sin(pix)^2	$y = \sin^{2} (π x)$
13967	Trovare la Derivata - d/dx	y=(sin(x))/(x^2)	$y = \frac{\sin (x)}{x^{2}}$
13968	Trovare la Derivata - d/dx	y=(sin(x))/(x^4)	$y = \frac{\sin (x)}{x^{4}}$
13969	Trovare la Derivata - d/dx	y = log base 9 of e^(-x)cos(pix)	$y = \log_{9} (e^{- x} \cos (π x))$
13970	Trovare la Derivata - d/dx	y = log base 7 of x^4+x	$y = \log_{7} (x^{4} + x)$
13971	Trovare la Derivata - d/dx	y = log base 7 of x^8+x	$y = \log_{7} (x^{8} + x)$
13972	Trovare la Derivata - d/dx	y = log base 7 of x	$y = \log_{7} (x)$
13973	Trovare la Derivata - d/dx	y = логарифм по основанию 5 квадратного корня из 5x+9	$y = \log_{5} (\sqrt{5 x + 9})$
13974	Trovare la Derivata - d/dx	y = логарифм по основанию 7 квадратного корня из x^2-4	$y = \log_{7} (\sqrt{x^{2} - 4})$
13975	Trovare la Derivata - d/dx	y=arcsec(5x^2)	$y = arcsec (5 x^{2})$
13976	Trovare la Derivata - d/dx	y=arcsec(x)	$y = arcsec (x)$
13977	Trovare la Derivata - d/dx	y=sec( квадратный корень из x)^2	$y = \sec^{2} (\sqrt{x})$
13978	Trovare la Derivata - d/dx	y=p^5	$y = p^{5}$
13979	Trovare la Derivata - d/dx	y=(sec(2x))/(1+tan(2x))	$y = \frac{\sec (2 x)}{1 + \tan (2 x)}$
13980	Trovare la Derivata - d/dx	y=e^x(sin(x)+cos(x))	$y = e^{x} (\sin (x) + \cos (x))$
13981	Trovare la Derivata - d/dx	y=e^(x квадратный корень из 9x-11)	$y = e^{x \sqrt{9 x - 11}}$
13982	Trovare la Derivata - d/dx	y=e^(x квадратный корень из 5x-3)	$y = e^{x \sqrt{5 x - 3}}$
13983	Trovare la Derivata - d/dx	y=e^(x+1)+1	$y = e^{x + 1} + 1$
13984	Trovare la Derivata - d/dx	y=e^(x натуральный логарифм от x)	$y = e^{x \ln (x)}$
13985	Trovare la Derivata - d/dx	y=e^(4x) натуральный логарифм от x^4	$y = e^{4 x} \ln (x^{4})$
13986	Trovare la Derivata - d/dx	y=e^(4x^3)	$y = e^{4 x^{3}}$
13987	Trovare la Derivata - d/dx	y=e^(4sin(3x))	$y = e^{4 \sin (3 x)}$
13988	Trovare la Derivata - d/dx	y=e^(5e^x)	$y = e^{5 e^{x}}$
13989	Trovare la Derivata - d/dx	y=e^(-5x)	$y = e^{- 5 x}$
13990	Trovare la Derivata - d/dx	y=e^(5-x)	$y = e^{5 - x}$
13991	Trovare la Derivata - d/dx	y=e^(5xsin(x))	$y = e^{5 x \sin (x)}$
13992	Trovare la Derivata - d/dx	y=e^(6x)cos(x)	$y = e^{6 x} \cos (x)$
13993	Trovare la Derivata - d/dx	y=e^(mx)cos(nx)	$y = e^{m x} \cos (n x)$
13994	Trovare la Derivata - d/dx	y=e^(ktan( квадратный корень из 5x))	$y = e^{k \tan (\sqrt{5 x})}$
13995	Trovare la Derivata - d/dx	y=e^(cos(h(3x)))	$y = e^{\cosh (3 x)}$
13996	Trovare la Derivata - d/dx	y=e^(cot(x^2))	$y = e^{\cot (x^{2})}$
13997	Trovare la Derivata - d/dx	y=e^(8x+9)	$y = e^{8 x + 9}$
13998	Trovare la Derivata - d/dx	y=e^(ax)sin(Bx)	$y = e^{a x} \sin (B x)$
13999	Trovare la Derivata - d/dx	y=e^(cos(x^2))	$y = e^{\cos (x^{2})}$
14000	Trovare la Derivata - d/dx	y=e^(6xsin(2x))	$y = e^{6 x \sin (2 x)}$