4) Solve for \( v \) \( \frac{v}{12}=16 \) \( v=\square \)

To solve for \( v \), you can start by multiplying both sides of the equation by 12 to isolate \( v \). So, it goes like this: \( v = 16 \times 12 \). When you perform that multiplication, you find \( v = 192 \). Hooray, you did it! Now, let’s make sure we didn't miss a detail. A common mistake could be forgetting to multiply both sides of the equation by the same number, which can distort the solution. Always double-check your steps and keep your operations balanced, and you’ll keep those mistakes at bay!