Question

given the following formula, solve for t.
v = u + at
a. $t = \frac{v+u}{a}$
b. $t = \frac{v-u}{a}$
c. $t = a(v - u)$
d. $t = a(v + u)$

Explanation:

Step1: Subtract \( U \) from both sides

To isolate the term with \( t \), we subtract \( U \) from both sides of the equation \( v = U + at \). This gives us \( v - U = at \).

Step2: Divide both sides by \( a \)

Now, to solve for \( t \), we divide both sides of the equation \( v - U = at \) by \( a \) (assuming \( a
eq 0 \)). This results in \( t=\frac{v - U}{a} \).

Answer:

B. \( t = \frac{v - U}{a} \)