67) A spring, k = 600 N/m, is compressed 0.08 m, shooting a 0.09 kg marble...

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67) A spring, k = 600 N/m, is compressed 0.08 m, shooting a 0.09 kg marble at some angle in the air. When the marble is 0.4 m above the starting height, how much kinetic energy will the marble have? 67) A spring, k = 600 N/m, is compressed 0.08 m, shooting a 0.09 kg marble at some angle in the air. When the marble is 0.4 m above the starting height, how much kinetic energy will the marble have?

Answer rating: 100% (QA)

To find the kinetic energy of the marble when it is 04 meters above the starting height we can use the conservation of energy principle Initially the ... View the full answer