GCF of 56 and 98 is the largest possible number which divides 56 and 98 without leaving any remainder. The methods to compute the GCF of 56, 98 are explained here.
GCF of 28 and 36 is the largest possible number which divides 28 and 36 without leaving any remainder. The methods to compute the GCF of 28, 36 are explained here.
GCF of 8 and 40 is the largest possible number which divides 8 and 40 without leaving any remainder. The methods to compute the GCF of 8, 40 are explained here.
GCF of 12 and 72 is the largest possible number which divides 12 and 72 without leaving any remainder. The methods to compute the GCF of 12, 72 are explained here.
GCF of 45 and 105 is the largest possible number which divides 45 and 105 without leaving any remainder. The methods to compute the GCF of 45, 105 are explained here.
GCF × LCM = 40 × 60. How to Find the GCF of 40 and 60 by Prime Factorization? To find the GCF of 40 and 60, we will find the prime factorization of the given numbers, i.e. 40 = 2 × 2 × 2 × 5; 60 = 2 × 2 × 3 × 5. ⇒ Since 2, 2, 5 are common terms ...
GCF of 24 and 96 is the largest possible number which divides 24 and 96 without leaving any remainder. The methods to compute the GCF of 24, 96 are explained here.
GCF of 16 and 80 is the largest possible number which divides 16 and 80 without leaving any remainder. The methods to compute the GCF of 16, 80 are explained here.
GCF of 51 and 68 is the largest possible number which divides 51 and 68 without leaving any remainder. The methods to compute the GCF of 51, 68 are explained here.
GCF of 55 and 75 is the largest possible number which divides 55 and 75 without leaving any remainder. The methods to compute the GCF of 55, 75 are explained here.