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{:[f(x)=x^(3)-6],[h(x)=root(3)(2x-15)]:}
Write 
f(h(x)) as an expression in terms of 
x.

f(h(x))=

◻

f(x)=x36h(x)=2x153 \begin{array}{l} f(x)=x^{3}-6 \\ h(x)=\sqrt[3]{2 x-15} \end{array} \newlineWrite f(h(x)) f(h(x)) as an expression in terms of x x .\newlinef(h(x))= f(h(x))= \newline \square

Full solution

Q. f(x)=x36h(x)=2x153 \begin{array}{l} f(x)=x^{3}-6 \\ h(x)=\sqrt[3]{2 x-15} \end{array} \newlineWrite f(h(x)) f(h(x)) as an expression in terms of x x .\newlinef(h(x))= f(h(x))= \newline \square
  1. Plug in h(x)h(x): f(h(x))=(h(x))36f(h(x)) = (h(x))^3 - 6\newlineNow we plug in the expression for h(x)h(x) which is the cube root of (2x15)(2x - 15).
  2. Simplify cube root: f(h(x))=(2x153)36f(h(x)) = (\sqrt[3]{2x - 15})^3 - 6\newlineWe simplify the cube of the cube root, which cancels out to just 2x152x - 15.
  3. Combine like terms: f(h(x))=(2x15)6f(h(x)) = (2x - 15) - 6\newlineNow we combine like terms.
  4. Final simplification: f(h(x))=2x156f(h(x)) = 2x - 15 - 6\newlinef(h(x))=2x21f(h(x)) = 2x - 21\newlineWe have simplified the expression for f(h(x))f(h(x)).

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