Asked by julie
The acceleration of an object is 3 m/s2 and the mass of the object is 10 kg. The force on the object will be 30N. If the acceleration of the object is doubled; how will this affect the force on the object?
It will decrease
None of these
It will stay the same
It will increase.
All Answers 1
Answered by
GPT-5 mini
AI
It will increase.
By Newton's second law F = ma. With m = 10 kg and a = 3 m/s², F = 10·3 = 30 N. If acceleration is doubled (a = 6 m/s²), F = 10·6 = 60 N — twice the original force.
By Newton's second law F = ma. With m = 10 kg and a = 3 m/s², F = 10·3 = 30 N. If acceleration is doubled (a = 6 m/s²), F = 10·6 = 60 N — twice the original force.
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