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A 1.82-kg mass attached to a spring is released at a distance of 34.9 cm from the spring's equilibrium position. The restoring force from the spring the moment it gets released was 27.5 N. What is the speed of the object attached to the spring when its potential and kinetic energies are equal? Give your answer in m/s. anwser is 1.62

A 1.82-kg mass attached to a spring is released at a distance of 34.9 cm from the spring's equilibrium position. The restoring force from the spring the moment it gets released was 27.5 N. What is the speed of the object attached to the spring when its potential and kinetic energies are equal? Give your answer in m/s. anwser is 1.62

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A 1.82-kg mass attached to a spring is released at a distance of 34.9 cm from the spring's equilibrium position. The restoring force from the spring the moment it gets released was 27.5 N. What is the speed of the object attached to the spring when its potential and kinetic energies are equal? Give your answer in m/s. anwser is 1.62
Transcribed Image Text:A 1.82-kg mass attached to a spring is released at a distance of 34.9 cm from the spring's equilibrium position. The restoring force from the spring the moment it gets released was 27.5 N. What is the speed of the object attached to the spring when its potential and kinetic energies are equal? Give your answer in m/s. anwser is 1.62
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