" (xii) "(2^(3)times2)^(2)

The exponential form of (2^(3)times2)^(2) is :

Evaluate: ((2)/(3))^(3)times((2)/(3))^(2)

Evaluate :   3^6 times ( 3^-2)^2 times ( 2^3 )^2 times ( 2^-2)^3

(-(2)/(3))^(3)times(-(2)/(3))^(2)=(-(2)/(3))^(2m-1), then value of m

Solve : ((3^(-2))^(2)times(5^(2))^(-3)times(p^(-3))^(2))/((3^(-2))^(5)times(5^(3))^(-2)times(p^(-4))^(3))

What is the HCF of 2^(3)times7^(2) and 2^(5)times3^(1) ?

(4^(2)-3^(2))times((7)/(2))^(-2)=

Evaluate : ( 2^(-4) times (-3 )^2 times ( 4 )^4 )/ ( 2^2 times ( 3 )^2 times ( 1/2 )^(-2 ) )

Find the value of m : ((2)/(3))^(2)times((2)/(3))^(5)=((2)/(3))^(m)

A real number (2^(2)times3^(2)times7^(2))/(2^(2)times5^(3)times3^(5)times7^(4)) will have