Any multiples of 4 that differ by 4.
There is an infinity of pairs of numbers with a GCF of 4. If p and P are two distinct primes, then 4p and 4P are such a pair. There are other ways to construct such pairs, but one infinity should suffice.
You need at least two numbers to find a GCF.
the GCF of 4 3 5 is 1
The factor pairs (not the GCF) of 16 are (16,1)(8,2)(4,4)
The greatest common factor of the numbers 11 and 19 is 1.
4 and any multiple of 4 have a GCF of 4.
(4,8) and (8,12) both have a GCF of 4.
There is an infinity of pairs of numbers with a GCF of 4. If p and P are two distinct primes, then 4p and 4P are such a pair. There are other ways to construct such pairs, but one infinity should suffice.
Two pairs of numbers with a GCF of 26 are 26 & 52 or 52 & 78
The gcf of 24 and 36 is 12
Co-prime numbers
There can be only one GCF, not a pair. GCF(4, 6) = 2
The GCF of the given numbers is 8
what is the GCF and LCM of the FF pairs or group of numbers. 4: The GCF is the largest number that 4 and 8 have "in common"; that is, have as a factor. Since 4 goes into 8 (two times), 4 is the GCF of 4 and 8. 8: The LCM is the smallest number into which 4 and 8 go; that is, the smallest number that is divisible by 4 and 8. The smallest number into which 4 and 8 go is 24 You can use prime factorizations to get the GCF and LCM of a set of numbers 9: 18: 27: 10: 20: 30: what is the GCF and LCM of the FF pairs or group of numbers. 4: 8: 9: 18: 27: 10: 20: 30:
7 and any multiple of 7 Any multiples of 7 that differ by 7
The two that are relatively prime.
13 and 26, for example.