126k views
5 votes
12. The distance an object has traveled when starting at an initial velocity is given by the equation:

d = vit +at². In the equation, vi represents the initial velocity, t represents the time traveled, and
a represents the acceleration. Solve the equation for a.

User Kmkemp
by
8.0k points

1 Answer

6 votes

The equation for acceleration is:

a = (d - vi*t) / t²

The distance an object traveled when starting at an initial velocity is

d = vit +at². represents the initial velocity

The distance an object has traveled when starting at an initial velocity is given by the equation:

d = vit + at²

To solve for acceleration, we need to isolate the term with "a" on one side of the equation. Let's begin by subtracting the first term on the right-hand side of the equation from both sides:

d - vit = at²

Next, we can divide both sides by t² to isolate "a":

a = (d - vit) / t²

Therefore, the equation for acceleration is:

a = (d - vi*t) / t²

User Michael Merchant
by
8.0k points

Related questions

asked Jul 2, 2017 137k views
Nickohrn asked Jul 2, 2017
by Nickohrn
8.0k points
2 answers
5 votes
137k views
asked Apr 24, 2020 179k views
Alwin Doss asked Apr 24, 2020
by Alwin Doss
8.0k points
1 answer
5 votes
179k views
asked May 16, 2021 176k views
Heringer asked May 16, 2021
by Heringer
7.3k points
1 answer
2 votes
176k views