Q&A for How to Do Short Division

You just don't have a remainder. For example, 27 divided by 9 is simply 3.

The same basic way, except that you write down all of your steps. See How to Do Long Division .

If the question is 362 divided by 56, first you put a decimal point above the "6" in the dividend where the quotient would be. Then add more zeros to 56 until you can fit the divisor inside the number. Then divide. When you answer, there should be a decimal in your quotient.

No, the operation remains the same. For simplicity's sake, if there's a decimal in the divisor, you would move the decimal point enough places to the right to clear the divisor of the decimal point (and then move the decimal point the same number of spaces to the right in the dividend) before performing the division.

The last number in the quotient will be zero with a remainder after that. In this case the answer is 30 with a remainder of 1.

Long division is not used specifically in any profession, other than for scientific studies or maybe in some engineering/architectural applications. It's simply a tool available to anyone when a calculator is not available.

"Short division" means mental division and works best with one-digit divisors. Long division is recommended with divisors of two or more digits (unless you're really good at doing division and subtraction in your head).

Place a decimal point followed by at least two zeroes to the right of the dividend. That will allow you to perform the division. Place a decimal point in the quotient immediately above the decimal point in the dividend.

If you mean the whole dividend consists of 1, you follow the 1 with a decimal point and a few zeroes and start dividing.

To check your answer, multiply the quotient by the divisor, and then if there's a remainder add it to the product. The sum should be identical to the dividend. If not, you've made an error in the division (or in checking the answer).

The shortest method is to move the decimal point two places to the left: 107,000. divided by 100 is 1,070.00.

To divide 4 into 1,000, use short division. (Long division is unnecessarily complicated in this case.) 4 into 10 is 2 with a remainder of 2. 4 into 20 is 5 with no remainder. 4 into zero is zero. The quotient is 250.

No 7's can fit into 5. 5 ÷ 7 = 0.714. (That's the same as saying 71.4% of a 7 can fit into a 5.)

It's fine if there's no remainder. That just means that the divisor divides into the dividend a whole number of times. For example, 3 divides into 27 exactly nine times with no remainder.

Adding a number to zero is the same as adding zero to the number. In other words, nothing changes. 0 + x = x + 0 = x.

See Do Long Division .

See Divide Decimals and related articles.

5 goes into 8 one time with a remainder of 3. Bring down the 3 and the 2. 5 goes into 32 six times with a remainder of 2. Bring down the 2 and the 3. 5 goes into 23 four times with a remainder of 3. Bring down the 3 and the 5. 5 goes into 35 seven times with a remainder of zero. The answer is 1647.

7 goes into 7 one time. 1 times 7 is 7. 7 - 7 = 0. Bring down the 4. 7 goes into 04 zero times. 0 times 7 = 0. Bring down the 8 next to the 4. 7 goes into 48 six times with a remainder of 6. The quotient is 106 with a remainder of 6.

4 goes into 6 once. Bring down a 2. 4 goes into 24 exactly 6 times. Bring down nothing. 4 goes into 0 zero times. Bring down nothing. 4 goes into 2 zero times with a remainder of 2. The final quotient is 1600 with a remainder of 2.

That's an example of long division. It's best to remove the decimal point from the divisor (denominator), by moving it one place to the right in both the divisor and the dividend (numerator). The problem then becomes 70 divided by 749 (or 70.00 divided by 749). The answer will be the same as 7 divided by 74.9.

Nothing happens. The process remains the same, as if (for example) you were dividing by 61 instead of 60.

Divide the remainder by the divisor. That will give you a decimal that you can add to the whole number of the quotient.

In that case you would use long division. See Do Long Division .