40
If you're dividing a whole number by 2, then the greatest possible remainder is 1.
When dividing any integer by 17, the remainder can range from 0 to 16, as the remainder must be less than the divisor. Therefore, the greatest possible remainder when the divisor is 17 is 16. This means that when any integer is divided by 17, the remainder will be less than 17 but could be as high as 16.
No.
To find the greatest number that will divide 11296 and leave a remainder of 11, we need to use the concept of divisors. The number that satisfies this condition is called the Greatest Common Divisor (GCD). By using the Euclidean algorithm, we can find that the GCD of 11296 and 11 is 1. Therefore, the greatest number that will divide 11296 and leave a remainder of 11 is 1.
8 is the greatest possible whole number remainder, eg seventeen divided by nine...
If you're dividing a whole number by 2, then the greatest possible remainder is 1.
It is: 40
It is 22.
That is true.
The greatest possible remainder is 6. If it were 7 or more, you'd be able to take another 7 out of it.
One less than the divisor, so 6.
It is W - 1. If the remainder is greater than or equal to W, then you can subtract W from the remainder and increase the quotient by 1.
When dividing any integer by 17, the remainder can range from 0 to 16, as the remainder must be less than the divisor. Therefore, the greatest possible remainder when the divisor is 17 is 16. This means that when any integer is divided by 17, the remainder will be less than 17 but could be as high as 16.
The answer is 13. If the remainder was 14 or more, then the quotient could be increased by 1 or more and the remainder reduced by the appropriate multiple of 14.
7.
If you divide an integer by 9, the remainder can be anything from 0 to 8.If you divide an integer by 9, the remainder can be anything from 0 to 8.If you divide an integer by 9, the remainder can be anything from 0 to 8.If you divide an integer by 9, the remainder can be anything from 0 to 8.
22