A 15.1-cm long pen is tossed up in the air, reaching a maximum height of 1.49 m above its release point. On the way up, the pen makes 2.3 revolutions. Treating the pen as a thin uniform rod, calculate the ratio between the rotational kinetic energy and the translational kinetic energy at the instant the pen is released. Assume that the rotational speed does not change during the toss. 0.101

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A 15.1-cm long pen is tossed up in the air, reaching a maximum height of 1.49 m above its release point. On the way up, the pen makes 2.3 revolutions.
Treating the pen as a thin uniform rod, calculate the ratio between the rotational kinetic energy and the translational kinetic energy at the instant the pen is
released. Assume that the rotational speed does not change during the toss.
0.101
Submit Answer Incorrect. Tries 1/99 Previous Tries
Pnet Nieruccion
Transcribed Image Text:A 15.1-cm long pen is tossed up in the air, reaching a maximum height of 1.49 m above its release point. On the way up, the pen makes 2.3 revolutions. Treating the pen as a thin uniform rod, calculate the ratio between the rotational kinetic energy and the translational kinetic energy at the instant the pen is released. Assume that the rotational speed does not change during the toss. 0.101 Submit Answer Incorrect. Tries 1/99 Previous Tries Pnet Nieruccion
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