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6s oss The electric motor of a model train accelerates the train from rest to v in 97.0 × 10-³ s. The total mass of the model train is 2.69 kg. The average power delivered to the train during the acceleration is 17.3 W. Find v (m/s). A. 0.52 m/s B. 0.60 m/s C. 3.97 m/s D. 8.01 m/s E. 1.1 m/s

6s oss The electric motor of a model train accelerates the train from rest to v in 97.0 × 10-³ s. The total mass of the model train is 2.69 kg. The average power delivered to the train during the acceleration is 17.3 W. Find v (m/s). A. 0.52 m/s B. 0.60 m/s C. 3.97 m/s D. 8.01 m/s E. 1.1 m/s

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6s oss The electric motor of a model train accelerates the train from rest to v in 97.0 × 10-³ s. The total mass of the model train is 2.69 kg. The average power delivered to the train during the acceleration is 17.3 W. Find v (m/s). A. 0.52 m/s B. 0.60 m/s C. 3.97 m/s D. 8.01 m/s E. 1.1 m/s
Transcribed Image Text:6s oss The electric motor of a model train accelerates the train from rest to v in 97.0 × 10-³ s. The total mass of the model train is 2.69 kg. The average power delivered to the train during the acceleration is 17.3 W. Find v (m/s). A. 0.52 m/s B. 0.60 m/s C. 3.97 m/s D. 8.01 m/s E. 1.1 m/s
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