Which expression is equivalent to the expression below? 2(8n+8p)-8n 2(8n+8p-8n) 24 n+8p 8n+16 p 18 n+10 p

Distribute 2: First, we need to distribute the 2 into the parentheses in the expression 2(8n+8p)-8n. This means we will multiply 2 by each term inside the parentheses. Calculation: 2 * 8n + 2 * 8p - 8nCombine like terms: Now, we simplify the expression by combining like terms. We have 2 * 8n which is 16n and 2 * 8p which is 16p. Then we subtract 8n from 16n. Calculation: 16n + 16p - 8nFinal simplification: Subtracting 8n from 16n gives us 8n. So the expression simplifies to 8n + 16p. Calculation: 8n + 16p

Resources

Testimonials

Plans

Resources

Testimonials

Plans

AI tutor

Welcome to Bytelearn!

Let’s check out your problem:

Which expression is equivalent to the expression below?

2(8n+8p)-8n

2(8n+8p-8n)

24 n+8p

8n+16 p

18 n+10 p

Which expression is equivalent to the expression below? $\newline$ $2(8 n+8 p)-8 n$ $\newline$ $2(8 n+8 p-8 n)$ $\newline$ $24 n+8 p$ $\newline$ $8 n+16 p$ $\newline$ $18 n+10 p$

View step-by-step help

Home

Math Problems

Algebra 2

Sum of finite series starts from 1

Full solution

Q. Which expression is equivalent to the expression below?

\newline

2(8 n+8 p)-8 n

\newline

2(8 n+8 p-8 n)

\newline

24 n+8 p

\newline

8 n+16 p

\newline

18 n+10 p

Distribute $2$ : First, we need to distribute the $2$ into the parentheses in the expression $2(8n+8p)-8n$ . This means we will multiply $2$ by each term inside the parentheses. $\newline$ Calculation: $2 \times 8n + 2 \times 8p - 8n$
Combine like terms: Now, we simplify the expression by combining like terms. We have $2 \times 8n$ which is $16n$ and $2 \times 8p$ which is $16p$ . Then we subtract $8n$ from $16n$ . $\newline$ Calculation: $16n + 16p - 8n$
Final simplification: Subtracting $8n$ from $16n$ gives us $8n$ . So the expression simplifies to $8n + 16p$ . $\newline$ Calculation: $8n + 16p$