Let $f(x)=x-2$ and $g(x)=4^{x}$.
a. Evaluate each of the following.
i. $f(g(3))=$ $\mathrm{T}$
Enter a mathematical
ii. $g(f(6))=$
So, \(g(f(6))=\boxed{256}\).
Step 1 :Let \(f(x)=x-2\) and \(g(x)=4^{x}\).
Step 2 :We need to evaluate \(f(g(3))\) and \(g(f(6))\).
Step 3 :To find \(f(g(3))\), first find the value of \(g(3)\).
Step 4 :Substitute \(x=3\) into \(g(x)\) to get \(g(3)=4^{3}=64\).
Step 5 :Then substitute \(g(3)=64\) into \(f(x)\) to get \(f(g(3))=64-2=62\).
Step 6 :So, \(f(g(3))=\boxed{62}\).
Step 7 :To find \(g(f(6))\), first find the value of \(f(6)\).
Step 8 :Substitute \(x=6\) into \(f(x)\) to get \(f(6)=6-2=4\).
Step 9 :Then substitute \(f(6)=4\) into \(g(x)\) to get \(g(f(6))=4^{4}=256\).
Step 10 :So, \(g(f(6))=\boxed{256}\).