Answer
The y-values increase as the x-values increase
Work Step by Step
You are given $g(x)=$ $4 {\times}10^{x}$. Plug in the values $-2,-1,0,1,2,3$ for the X-variable:
$g(-2)=$ $4 {\times}10^{-2}={\dfrac{1}{25}}$
$g(-1)=$ $4 {\times}10^{-1}={\dfrac{2}{5}}$
$g(0)=$ $4 {\times}10^{0}=4$
$g(1)=$ $4 {\times}10^{1}=40$
$g(2)=$ $4 {\times}10^{2}=400$
$g(3)=$ $4 {\times}10^{3}=4000$
