[" If two positive integers a and "b" are written as "a=x^(3)y^(2)" and "b=xy^(3)," where "x,y" are prime "],[" numbers,then "HCF(a,b)" is "]

[" 2.If two positive integers "a" and "b" are written as "a=x^(3)y^(2)" and "b=xy^(3);x,y" are prime "],[[" numbers,then "HCF(a,b)" is "," (c) "x^(3)y^(3)],[" (a) "xy," (b) "xy^(2)," (d) "x^(2)y^(2)]]

If two positive integers a and b are written as a=x^4y^2 and b=x^(3)y , where x, y are prime numbers, then find HCF (a, b).

If two positive intergers a and b are written as a=x^(3)y^(2) and b=xy^(3),x,y are prime numbers then HCF (a,b) is

IF two positive integers a and b are written as a=x^3y^2 and b=xy^3 where x and y are prime numbers, then the HCF (a,b) is

If two positive integers a and b are written as a=x^(3)y^(2) and b=xy^(3);x,y are prime numbers then HCF(a,b) is (a) xy (b) xy^(2) (c) x^(3)y^(3) (d) x^(2)y^(2)

If positive integers a and bare written as a= xy^(2) and b= x^2y, wherex, y are prime numbers, then find LCM (a, b)

Two positive integers a and b can be written as a = x^(3) y^(2) and b = xy^(3) , x, y are prime numbers . Find HCF (a,b)

Two positive integer a and b are written as a = x^(3)y^(2), b = xy^(3) , the LCM of (a,b) is

Two positive integers a and b can be written as a = x^(3) y^(3) and b = xy^(3) .x and y are prime numbers . Find LCM (a,b)

If a and b are positive integers such that a=x^3y^2 and b=xy^3 ,where x,y are prime number then HCF (a,b) is