Which expression is equivalent to 2w + w? Choices: (A)w^3 (B)w + 3 (C)2w (D)3w

Combine like terms: Combine like terms. 2w + w means we are adding one 'w' to two 'w's, which gives us three 'w's. So, 2w + w = 3w.Match with choices: Match the result with the given choices. We have found that 2w + w = 3w. Now we need to see which choice matches our result. (A) w^3 is not correct because it represents w multiplied by itself three times. (B) w + 3 is not correct because it represents a single w plus 3, not three w's. (C) 2w is not correct because it represents two w's, not three. (D) 3w is correct because it represents three w's.

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Which expression is equivalent to $2w + w$ ? $\newline$ Choices: $\newline$ (A) $w^3$ $\newline$ (B) $w + 3$ $\newline$ (C) $2w$ $\newline$ (D) $3w$

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Algebra 2

Simplify rational expressions

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Q. Which expression is equivalent to

2w + w

\newline

Choices:

\newline

(A)

w^3

\newline

(B)

w + 3

\newline

(C)

2w

\newline

(D)

3w

Combine like terms: Combine like terms. $\newline$ $2w + w$ means we are adding one ' $w$ ' to two ' $w$ 's, which gives us three ' $w$ 's. $\newline$ So, $2w + w = 3w$ .
Match with choices: Match the result with the given choices. $\newline$ We have found that $2w + w = 3w$ . Now we need to see which choice matches our result. $\newline$ (A) $w^3$ is not correct because it represents $w$ multiplied by itself three times. $\newline$ (B) $w + 3$ is not correct because it represents a single $w$ plus $3$ , not three $w$ 's. $\newline$ (C) $2w$ is not correct because it represents two $w$ 's, not three. $\newline$ (D) $3w$ is correct because it represents three $w$ 's.