No.
The GCF of the numbers is the greatest common factor no matter what their relationship is. When one number is a multiple of another number, the GCF is the smaller number.
No, the lesser.
The answer is sometimes - when the multiple in question is 1.
The greatest common factor is the greatest number that fits evenly into all of the numbers. The least common multiple is the smallest number that is divisible by all of the numbers in the set. they are kind of like opposites of one another.
9
If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).If one number is divisible by another (in this case, 15 is divisible by 5), then the least common multiple is equal to the larger of the numbers (15), and the greatest common factor is equal to the smaller of the numbers (5).
There are an infinite amount of numbers, so there can be no "greatest" odd number.
the greatest number that is an integer and rational number but is not a natural or whole number is -1
Yes! Another opinion: No, you could not, because there is no such thing. Whatever number you bring me, and tell me that it is the greatest common multiple of two numbers, then no matter how big your number is, all I have to do is multiply your number by the product of those two numbers, and I have a new, bigger, common multiple.
0.468 is the greatest number.
A prime number
a facter is a number that goes into another number. for example, 12 doesn't go into 6 as a whole number.