consider the equation $\frac{5}{3}v + 4+\frac{1}{3}v = 8$. what is the resulting equation after the first…

consider the equation $\frac{5}{3}v + 4+\frac{1}{3}v = 8$. what is the resulting equation after the first step in the solution?\n$\frac{5}{3}v + 4=8 - \frac{1}{3}v$\n$\frac{4}{3}v + 4=8$\n$4 + v=8-\frac{5}{3}v$\n$2v + 4=8$

consider the equation $\frac{5}{3}v + 4+\frac{1}{3}v = 8$. what is the resulting equation after the first step in the solution?\n$\frac{5}{3}v + 4=8 - \frac{1}{3}v$\n$\frac{4}{3}v + 4=8$\n$4 + v=8-\frac{5}{3}v$\n$2v + 4=8$

Answer

Explanation:

Step1: Combine like - terms

$\frac{5}{3}v+\frac{1}{3}v+4 = 8$ Since $\frac{5}{3}v+\frac{1}{3}v=\frac{5 + 1}{3}v=\frac{6}{3}v = 2v$, the equation becomes $2v+4 = 8$.

Answer:

$2v + 4=8$