Factor each polynomial completely. If the polynomial cannot be factored, say it is prime.

${(x+2)}^{2}-5(x+2)$

zgribestika
2021-12-11
Answered

Factor each polynomial completely. If the polynomial cannot be factored, say it is prime.

${(x+2)}^{2}-5(x+2)$

You can still ask an expert for help

Mary Goodson

Answered 2021-12-12
Author has **37** answers

Step 1

Given

${(x+2)}^{2}-5(x+2)$

taking (x+2) out then our polynomial will look like

=(x+2){(x+2)-5}

=(x+2)(x+2-5)

=(x+2)(x-3)

Step 2

we can rewrite the polynomial by multiplying as

${x}^{2}-3x+2x-6$

$={x}^{2}-x-6$

Given

taking (x+2) out then our polynomial will look like

=(x+2){(x+2)-5}

=(x+2)(x+2-5)

=(x+2)(x-3)

Step 2

we can rewrite the polynomial by multiplying as

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