Factors go into numbers, numbers go into multiples. Multiples are bigger than factors.
Because the LCM is the GCF times all factors of each number that is not common to the other.
You need at least two numbers to find a GCF or an LCM and the LCM of those numbers can never be less than the GCF. 12 and 360 have a GCF of 12 and an LCM of 360. So do 60 and 72.
The GCF of those numbers is 4. If 20 disappeared, the GCF of the remaining numbers would be 8.
The GCF for those three numbers is.... 1 !
There is no GCF for those two numbers. It is already simplified. * * * * * GCF(83, 99) = 1
' 1 ' is the only common factor of those numbers.
The GCF is 1.
The LCM of two numbers will never be less than the GCF.
It's not. The GCF of those numbers is 1.
You need at least two numbers to find a GCF or an LCM and the LCM of those numbers can never be less than the GCF. 12 and 360 have a GCF of 12 and an LCM of 360. So do 60 and 72.
It's not. 78 is the LCM of those numbers. The GCF of those numbers is 1.
The LCM will never be less than the GCF of a set of numbers.
The GCF of those numbers is 4. If 20 disappeared, the GCF of the remaining numbers would be 8.
The GCF for those three numbers is.... 1 !
No.The gcf of two numbers is LESS THAN OR EQUAL than their lcm.The gcf of two DIFFERENT numbes is LESS THAN their lcm.
4 would be the GCF of those three numbers.
No; two numbers can have only 1 GCF.
There is no GCF for those two numbers. It is already simplified. * * * * * GCF(83, 99) = 1