Consider the expression (1)/(2)(2a+1)(a+3) Complete 2 descriptions of the parts of the expression. The entire expression is the product of___. On its own, (2a+1) is a sum with ___.

Identify Parts of Expression: Identify the parts of the expression. The expression is a fraction with a numerator of 1 and a denominator that is the product of three terms: 2, (2a+1), and (a+3).Describe First Part: Describe the first part of the expression. The entire expression is the product of 1/2, (2a+1), and (a+3). This means we multiply 1/2 by (2a+1) and then by (a+3).Describe Second Part: Describe the second part of the expression. On its own, (2a+1) is a binomial, which is a sum with 2 terms, 2a and 1.

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Consider the expression
(1)/(2)(2a+1)(a+3)
Complete 2 descriptions of the parts of the expression.

The entire expression is the product of___.
On its own, (2a+1) is a sum with ___.

Consider the expression $\newline$ $(\frac{1}{2})(2a+1)(a+3)$ $\newline$ Complete $2$ descriptions of the parts of the expression. $\newline$ The entire expression is the product of $\square$ $\newline$ On its own, $(2a+1)$ is a sum with $2$ terms $\square$

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Math Problems

Algebra 2

Transformations of absolute value functions

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Q. Consider the expression

\newline

(\frac{1}{2})(2a+1)(a+3)

\newline

Complete

2

descriptions of the parts of the expression.

\newline

The entire expression is the product of

\square

\newline

On its own,

(2a+1)

is a sum with

2

terms

\square

Identify Parts of Expression: Identify the parts of the expression. $\newline$ The expression is a fraction with a numerator of $1$ and a denominator that is the product of three terms: $2$ , $(2a+1)$ , and $(a+3)$ .
Describe First Part: Describe the first part of the expression. $\newline$ The entire expression is the product of $\frac{1}{2}$ , $(2a+1)$ , and $(a+3)$ . This means we multiply $\frac{1}{2}$ by $(2a+1)$ and then by $(a+3)$ .
Describe Second Part: Describe the second part of the expression. $\newline$ On its own, $(2a+1)$ is a binomial, which is a sum with $2$ terms, $2a$ and $1$ .