The acceleration of a 2.00 kg object is shown below. If as=6.0 m/s2, and the object starts from rest, then what is the velocity of the object at x = 9.0 m? Hint: Use F=ma to turn an a vs x graph into a F vs. x graph. Determine work using the area under the curve, then use the work energy theorem to get v.
The acceleration of a 2.00 kg object is shown below. If as=6.0 m/s2, and the object starts from rest, then what is the velocity of the object at x = 9.0 m? Hint: Use F=ma to turn an a vs x graph into a F vs. x graph. Determine work using the area under the curve, then use the work energy theorem to get v.
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The acceleration of a 2.00 kg object is shown below. If as=6.0 m/s2, and the object starts from rest, then what is the velocity of the object at x = 9.0 m? Hint: Use F=ma to turn an a vs x graph into a F vs. x graph. Determine work using the area under the curve, then use the work energy theorem to get v.
Transcribed Image Text:x (m)
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