Identify the terms in the expression below. Select ALL that apply. 2v2+2v2𝑣2+2𝑣(2 points)Responses2v22𝑣22 v squared2222v2𝑣2 vv

\( 2v^2 \): This is one of the terms.
\( 2v^2v^2 \): This can also be written as \( 2v^4 \), which is another term in the expression.
\( v^2 \): This is not a standalone term in the original expression; instead, it's part of the terms with coefficients.
\( 222 \): This does not appear in the expression.
\( 2v^2v^2 \): This can be transformed to \( 2v^4 \), as noted above.
\( vv \): This would represent \( v^2 \), but it isn't a standalone term in the expression.

Question

GPT-4o mini · Answer

In the expression $ 2v^2 + 2v^2v^2 + 2v $, the terms can be identified as follows: 1. $ 2v^2 $ (the first term) 2. $ 2v^2v^2 $ (the second term) 3. $ 2v $ (the third term) Now, let's analyze the options given: - **$ 2v^2 $**: This is one of the terms. - **$ 2v^2v^2 $**: This can also be written as $ 2v^4 $, which is another term in the expression. - **$ v^2 $**: This is not a standalone term in the original expression; instead, it's part of the terms with coefficients. - **$ 222 $**: This does not appear in the expression. - **$ 2v^2v^2 $**: This can be transformed to $ 2v^4 $, as noted above. - **$ vv $**: This would represent $ v^2 $, but it isn't a standalone term in the expression. Thus, the correct options you should select from the responses are: - **$ 2v^2 $** - **$ 2v^2v^2 $** - **$ 2v^2 $** (this is an exact repetition of the first) - **$ 2v^2v^2 $** (this could also be considered as $ 2v^4 $, but it's included as a valid term). So, select **$ 2v^2 $** and **$ 2v^2v^2 $**.