To find the least number that should be added to 924 to make it exactly divisible by 48, we need to find the remainder when 924 is divided by 48. The remainder is 12. Therefore, the least number that should be added to 924 to make it exactly divisible by 48 is 48 - 12, which equals 36.
When it is a multiple of 12 such as 24, 36, 48, etc.
12
12, 24, 36, 48 - the multiples of 12.
22 / 24, 33 / 36, 44 / 48, etc. Notice how the numerator is always divisible by 11 and the denominator is divisible by 12.
They are both divisible by 2, for example.
To find the least number that should be added to 924 to make it exactly divisible by 48, we need to find the remainder when 924 is divided by 48. The remainder is 12. Therefore, the least number that should be added to 924 to make it exactly divisible by 48 is 48 - 12, which equals 36.
When it is a multiple of 12 such as 24, 36, 48, etc.
It is: 36 and so 960/48 = 20
12
12, 24, 36, 48 - the multiples of 12.
1008 is divisible by 63 and 48.
22 / 24, 33 / 36, 44 / 48, etc. Notice how the numerator is always divisible by 11 and the denominator is divisible by 12.
36 is divisible by itself but not 8 36/36=1 36/8=4.5
No, 6 x 8 equals 48. 48 is divisible by 6 and 8.
144 is evenly divisible by any of its factors including itself
No.First off, 120 is not divisible by 9. (The sum of the digits of 120 is "3"; a number is divisible by nine if and only if the sum of its digits is divisible by nine.) For that matter, it's not divisible by 36 either; since 36 is itself divisible by 9, any number which is not divisible by 9 cannot be divisible by 36.The smallest number that's divisible by 1, 2, 3, 6, 9, 12 and 36 is "36" (it's also divisible by 4, which you left out).