Two positive integers p and q can be expressed as ` p = a b^2 and q = a^2 b`, and b are prime numbers. what is L.C.M of p and q.

Two positive integers p and q can be expressed as p=ab^(2) and q=a^(2)b, and b are prime numbers.what is L.C.M of p and q.

Two positive integers p and q can be expressed as p = ab^(2) and q = a^(3)b, a and b being prime numbers. LCM of p and q is :

If two positive integers p and q can be expressed as p=ab^2 and q=a^3b where a and b are prime numbers, then the LCM (p,q) is

If two positive integers p and q can be expression as p=ab^2 and q=a^3 ,a,b being prime numbers than LCM(p,q) is

If two positive integers p and q can be expressed as p=ab^(2) and q=a^(3)b,a,b being prime numbers, then LCM (p,q) is

If two positive integers P and q can be expressed as p=a^2b^3 and q=a^4 b,ab being prime numbers then LCM (p,q) is……

If two positive integers p and q cui be expressed as p = a^(3)b^(2) and q = ab^(3)c^(2) and a, b, c being prime numbers, then HCF (p, q) is:

If two positive integers a and b are expressible in the form a=pq^(2) and b=p^(3)q, p,q , being prime numbers, then L.C.M. of (a, b) is ....................

Two positive integers p and q are expressible as p=a^(3)b and q=ab^(2) . Find the HCF (p,q) and LCM(p,q).

If two positive integers a and b are expressible in the form a=p q^2 and b=p^3q ; p ,\ q being prime numbers, then LCM (a ,\ b) is (a) p q (b) p^3q^3 (c) p^3q^2 (d) p^2q^2