russell has been training for the emerald valley race. the first week he trained, he ran 5 days and took the…

russell has been training for the emerald valley race. the first week he trained, he ran 5 days and took the same two routes each day. he ran 2 miles around the football field before school and ran a longer route through his neighborhood after school. by the end of the week, russell had run a total of 30 miles. which equation can russell use to find how many miles, x, he ran each day after school? 5x + 2 = 30 2x + 5 = 30 2(x + 5) = 30 5(x + 2) = 30 how many miles did russell run each day after school? write your answer as a whole number or a simplified fraction. miles

russell has been training for the emerald valley race. the first week he trained, he ran 5 days and took the same two routes each day. he ran 2 miles around the football field before school and ran a longer route through his neighborhood after school. by the end of the week, russell had run a total of 30 miles. which equation can russell use to find how many miles, x, he ran each day after school? 5x + 2 = 30 2x + 5 = 30 2(x + 5) = 30 5(x + 2) = 30 how many miles did russell run each day after school? write your answer as a whole number or a simplified fraction. miles

Answer

Explanation:

Step1: Analyze the daily running distance

Each day, Russell ran (2) miles before school and (x) miles after school. So the total distance he ran each day is ((x + 2)) miles.

Step2: Analyze the weekly running distance

He trained for (5) days. The total distance he ran in a week is the distance per day times the number of days. So the equation is (5(x + 2)=30).

Step3: Solve the equation (5(x + 2)=30)

First, divide both sides of the equation by (5): $$\frac{5(x + 2)}{5}=\frac{30}{5}$$ (x+2 = 6) Then, subtract (2) from both sides: (x=6 - 2)

Answer:

The equation is (5(x + 2)=30) and Russell ran (4) miles each day after school.