Yes there is. The real problem is just inverting the remainder into the decimal for the answer.
You do not invert it. However, you can convert the remainder to a decimal by carrying out a long division of the remainder divided by the original divisor. For example, 13/3 = 4r1 Then, long division of the remainder (=1) by the divisor (=3) gives 0.33.... which is the converted remainder. The full quotient, in decimal form is 4.33...
So that the answer from the division is a single quotient.
You do a long division, adding decimal digits until you get a remainder of zero (terminating decimal) or a repeating pattern of decimal digits.
a repeating decimal or a remainder.
Usually a remainder, decimal or fraction; depending on how you are doing your division
You do not invert it. However, you can convert the remainder to a decimal by carrying out a long division of the remainder divided by the original divisor. For example, 13/3 = 4r1 Then, long division of the remainder (=1) by the divisor (=3) gives 0.33.... which is the converted remainder. The full quotient, in decimal form is 4.33...
No. The part of the number after the decimal point (if any) is the quotient of the remainder from the original division and the original denominator.
So that the answer from the division is a single quotient.
You do a long division, adding decimal digits until you get a remainder of zero (terminating decimal) or a repeating pattern of decimal digits.
a repeating decimal or a remainder.
Usually a remainder, decimal or fraction; depending on how you are doing your division
To divide 16 by 11 and express it as a decimal, perform the division to get approximately 1.4545. This can be calculated by dividing 16 by 11, which gives you 1 with a remainder. To get the decimal, continue the division by adding zeros to the remainder, resulting in 1.4545, and you can round it as needed.
If calculating it by division, it is when the remainder is 0. Otherwise it is not possible to be sure.
Just do the division, and if there is a remainder - or a decimal, if you use the calculator - it is not divisible.
If, when you carry out long division, the remainder at some stage happens to be the same as the remainder at an earlier stage.
If it's long division then it is because the quotient will become a decimal number after its decimal point
To divide a decimal by a whole number, first, write the decimal in long division format. Then, divide as you would with whole numbers, moving the decimal point directly above the division bar in the quotient. Continue the division until you reach a remainder of zero or a sufficient number of decimal places. If necessary, you can add zeros to the decimal to continue the division.