Add. (3v^2 + 7v + 1) + (8v^2 + 2v) ______

Identify Like Terms: Identify the like terms in both polynomials. (3v^2 + 7v + 1) + (8v^2 + 2v) can be rearranged to group like terms together.Combine Like Terms: Combine the like terms. Add the coefficients of the v^2 terms: 3v^2 + 8v^2 = 11v^2. Add the coefficients of the v terms: 7v + 2v = 9v. The constant terms: 1, as there is no corresponding constant in the second polynomial.Write Final Expression: Write the final expression. Combine the results from the previous step to get the final expression: 11v^2 + 9v + 1.

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Add. $\newline$ $(3v^2 + 7v + 1) + (8v^2 + 2v)$ $\newline$ ______

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Algebra 1

Add and subtract polynomials

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Q. Add.

\newline

(3v^2 + 7v + 1) + (8v^2 + 2v)

\newline

______

Identify Like Terms: Identify the like terms in both polynomials. $\newline$ $(3v^2 + 7v + 1) + (8v^2 + 2v)$ can be rearranged to group like terms together.
Combine Like Terms: Combine the like terms. $\newline$ Add the coefficients of the $v^2$ terms: $3v^2 + 8v^2 = 11v^2$ . $\newline$ Add the coefficients of the $v$ terms: $7v + 2v = 9v$ . $\newline$ The constant terms: $1$ , as there is no corresponding constant in the second polynomial.
Write Final Expression: Write the final expression. $\newline$ Combine the results from the previous step to get the final expression: $11v^2 + 9v + 1$ .