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12 Nov 2019
A ball bearing with a mass of .0792 kg is released at teh top ofa 1.63 m Galileo Track raised to an angle of 75.0 degrees above thehorizontal at .4 m/s, which has a coefficient of friction of .250.When it reaches the bottom of the track, it collides with a secondball bearing with a mass of .950 kg in a two-dimensional collision.Calculate the energy lost due to non-conservative forces during thecollision of the two ball bearings.
A ball bearing with a mass of .0792 kg is released at teh top ofa 1.63 m Galileo Track raised to an angle of 75.0 degrees above thehorizontal at .4 m/s, which has a coefficient of friction of .250.When it reaches the bottom of the track, it collides with a secondball bearing with a mass of .950 kg in a two-dimensional collision.Calculate the energy lost due to non-conservative forces during thecollision of the two ball bearings.
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Nestor RutherfordLv2
13 Jul 2019