Find the product. Simplify your answer. (4p + 4)(p + 4) ______

Perform Multiplication: Now, we will perform the multiplication for each term. 4p * p = 4p^2 (First) 4p * 4 = 16p (Outer) 4 * p = 4p (Inner) 4 * 4 = 16 (Last)Add Terms Together: Next, we will add all the terms together. 4p^2 + 16p + 4p + 16Combine Like Terms: Now, we will combine like terms (16p and 4p). 4p^2 + (16p + 4p) + 16 4p^2 + 20p + 16Simplify Expression: We have now simplified the expression completely. The final answer is 4p^2 + 20p + 16.

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Find the product. Simplify your answer. $\newline$ $(4p + 4)(p + 4)$

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Algebra 1

Multiply two binomials

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Q. Find the product. Simplify your answer.

\newline

(4p + 4)(p + 4)

Perform Multiplication: Now, we will perform the multiplication for each term. $\newline$ $4p \times p = 4p^2$ (First) $\newline$ $4p \times 4 = 16p$ (Outer) $\newline$ $4 \times p = 4p$ (Inner) $\newline$ $4 \times 4 = 16$ (Last)
Add Terms Together: Next, we will add all the terms together. $4p^2 + 16p + 4p + 16$
Combine Like Terms: Now, we will combine like terms $16p$ and $4p$ . $4p^2 + (16p + 4p) + 16$ $4p^2 + 20p + 16$
Simplify Expression: We have now simplified the expression completely. $\newline$ The final answer is $4p^2 + 20p + 16$ .