Product to power 1. Given that the m-th power of a is 2 and the n-th power of a is 3, find the value of 2m + 3N power of A 2. Given that the point a (x, y) in the rectangular coordinate system satisfies the equation x + 4y-3 = 0, you can find the x power of 2 × the Y power of 16

Product to power 1. Given that the m-th power of a is 2 and the n-th power of a is 3, find the value of 2m + 3N power of A 2. Given that the point a (x, y) in the rectangular coordinate system satisfies the equation x + 4y-3 = 0, you can find the x power of 2 × the Y power of 16

a^m=2 a^n=3
a^(2m+3n)=a^m*a^m*a^n*a^n*a^n=2*2*3*3*3=108
2,16^y=2^4y
x+4y-3=0,x+4y=3
2^x*16^y=2^x*2^4y=2^(x+4y)=2^3=8