To write the remainder as a whole number, simply express it as the leftover amount after division. For instance, if you divide 17 by 5, the quotient is 3 and the remainder is 2. You can write this as 17 = 5 × 3 + 2, where 2 is the whole number remainder. Ensure that the remainder is always less than the divisor.
555 / 12: quotient = 46, remainder = 3
It depends on what the divisor is.
When we say "7 remainder 1," we mean 7 divided by 1 leaves a remainder of 1. This can also be expressed as 7 divided by 1 equals 7 with a remainder of 1. To write this as a fraction, we can express it as 7/1 + 1/1, which simplifies to 8/1 or simply 8.
That depends on what the divisor of the division sum is - without this information it's impossible to know how much of the whole the remainder of 2 represents.
Yes the mean can have a remainder but the remainder would normally be either rounded or converted into a fraction.
You incorporate the fractional remainder into the mean. The mean does not have to be a whole number.
555 / 12: quotient = 46, remainder = 3
It depends on what the divisor is.
Put the remainder over the divisor. 20 divided by 7 equals 2 remainder 6 or 2 and 6/7.
When we say "7 remainder 1," we mean 7 divided by 1 leaves a remainder of 1. This can also be expressed as 7 divided by 1 equals 7 with a remainder of 1. To write this as a fraction, we can express it as 7/1 + 1/1, which simplifies to 8/1 or simply 8.
That depends on what the divisor of the division sum is - without this information it's impossible to know how much of the whole the remainder of 2 represents.
theres no such thing
0.12
3 goes into 11 three times with a remainder of 2. We can write this a 11 divided by 3 = 3 remainder 2. We can also write it as a fraction 11/3 which can be written as 3 and 2/3rds.This is because instead of writing remainder 2 we can write the answer and 3+2/3. This shows us that 3 goes into 11 3 times and shows us the remainder is 2 also.
Next to the quotient, write R(x). Let x be the remainder number.
used to mean that if you are determined enough, you can find a way to achieve what you want, even if it is very difficult