Math  /  Algebra

QuestionSolve for vv. v3+14=17v=\begin{array}{l} \frac{v}{3}+-14=-17 \\ v=\square \end{array}
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Studdy Solution

STEP 1

What is this asking? We need to find the value of vv that makes the equation v314=17\frac{v}{3} - 14 = -17 true! Watch out! Don't forget to keep track of those negative signs; they can be sneaky!

STEP 2

1. Isolate the term with vv.
2. Solve for vv.

STEP 3

We want to get v3\frac{v}{3} by itself.
The equation is v314=17\frac{v}{3} - 14 = -17.
Since we're subtracting 14, we can add 14 to both sides to zero out the -14.
This gives us: v314+14=17+14 \frac{v}{3} - 14 + 14 = -17 + 14 v3=3 \frac{v}{3} = -3 Now, v3\frac{v}{3} is all alone!

STEP 4

We have v3=3\frac{v}{3} = -3.
We're dividing vv by 3, so to get vv by itself, we need to multiply both sides by 3.
This will divide the 3 to one on the left side, and give us our **final value** for vv: v33=33 \frac{v}{3} \cdot 3 = -3 \cdot 3 v=9 v = -9 Awesome! We found vv!

STEP 5

v=9v = -9

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