Basic Math Examples

Popular Problems
Basic Math
Evaluate 0.03*60000
0.03⋅600000.03⋅60000
Step 1
Multiply using long multiplication.
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Step 1.1
Multiply 00 by 33. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
00
Step 1.2
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
0000
Step 1.3
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
Step 1.4
Multiply 00 by 33. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
00
Step 1.5
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
0000
Step 1.6
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
000000
Step 1.7
Multiply 00 by 33. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
000000
00
Step 1.8
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
000000
0000
Step 1.9
Multiply 00 by 00. Place the result in the next column in the result line. There is one result line for each digit in 6000060000.
00.0033
⨯×6600000000
000000
00000
000
Step 1.10
Multiply 0 by 3. Place the result in the next column in the result line. There is one result line for each digit in 60000.
0.03
⨯60000
000
000
000
0
Step 1.11
Multiply 0 by 0. Place the result in the next column in the result line. There is one result line for each digit in 60000.
0.03
⨯60000
000
000
000
00
Step 1.12
Multiply 0 by 0. Place the result in the next column in the result line. There is one result line for each digit in 60000.
0.03
⨯60000
000
000
000
000
Step 1.13
Multiply 6 by 3. Place the ones digit (8) in the result line and carry the tens digit (1). There is one result line for each digit in 60000.
1
0.03
⨯60000
000
000
000
000
8
Step 1.14
Multiply 6 by 0 and add the carried 1. Place the result in the next column in the result line. There is one result line for each digit in 60000.
1
0.03
⨯60000
000
000
000
000
18
Step 1.15
Multiply 6 by 0. Place the result in the next column in the result line. There is one result line for each digit in 60000.
0.03
⨯60000
000
000
000
000
018
Step 1.16
Add the numbers in each column. In this case, add 0+0+0+0+0, then place the 0 in the result line.
0.03
⨯60000
000
000
000
000
018
0
Step 1.17
Add the numbers in each column. In this case, add 0+0+0+0+0, then place the 0 in the result line.
0.03
⨯60000
000
000
000
000
018
00
Step 1.18
Add the numbers in each column. In this case, add 0+0+0+0+0, then place the 0 in the result line.
0.03
⨯60000
000
000
000
000
018
000
Step 1.19
Add the numbers in each column. In this case, add 0+0+0+0+0, then place the 0 in the result line.
0.03
⨯60000
000
000
000
000
018
0000
Step 1.20
Add the numbers in each column. In this case, add 0+0+0+0+8, then place the 8 in the result line.
0.03
⨯60000
000
000
000
000
018
80000
Step 1.21
Add the numbers in each column. In this case, add 0+0+0+0+1, then place the 1 in the result line.
0.03
⨯60000
000
000
000
000
018
180000
0.03
⨯60000
000
000
000
000
018
180000
Step 2
To find the number of decimal places needed in the answer, add the number of decimal places in the multiplier and multiplicand. In this case, there is a total of 2, so the answer must have 2 decimal places as well.
1800
 [x2  12  √π  ∫xdx ]