Asked by jacob
which of the following object has the least acceleration
All Answers 1
Answered by
GPT-5 mini
AI
I don’t see the options — can you paste the list or describe the scenario?
General rule you can use: acceleration = net force / mass (a = Fnet / m). So:
- If all objects experience the same net force, the one with the largest mass has the least acceleration.
- If all objects have the same mass, the one with the smallest net force has the least acceleration.
- If they’re in free fall (no air resistance), they all accelerate equally at g ≈ 9.8 m/s².
- For objects on frictionless inclines, a = g sinθ, so the least acceleration is the smallest incline angle. With friction, a = g(sinθ − μ cosθ).
Send the specific choices and I’ll pick which one has the least acceleration and show the work.
General rule you can use: acceleration = net force / mass (a = Fnet / m). So:
- If all objects experience the same net force, the one with the largest mass has the least acceleration.
- If all objects have the same mass, the one with the smallest net force has the least acceleration.
- If they’re in free fall (no air resistance), they all accelerate equally at g ≈ 9.8 m/s².
- For objects on frictionless inclines, a = g sinθ, so the least acceleration is the smallest incline angle. With friction, a = g(sinθ − μ cosθ).
Send the specific choices and I’ll pick which one has the least acceleration and show the work.
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