Mass m is on a rough surface of mass M (µ coefficient of friction). M is on a smooth surface and initially at rest. At position A, m is given an initial velocity of V0 and then slowed down and finally when m is at position B, m and M move at the same speed. With the parameters M, m, V0, and g known [A] Calculate the time it takes m to travel AB [B] Calculate the kinetic energy of the system when the velocity m is V0 [C] Calculate the kinetic energy of the system when m and M have the same velocity - Compare result [B] and result [C] Description on the picture -> Licin= Slippery
Mass m is on a rough surface of mass M (µ coefficient of friction). M is on a smooth surface and initially at rest. At position A, m is given an initial velocity of V0 and then slowed down and finally when m is at position B, m and M move at the same speed. With the parameters M, m, V0, and g known [A] Calculate the time it takes m to travel AB [B] Calculate the kinetic energy of the system when the velocity m is V0 [C] Calculate the kinetic energy of the system when m and M have the same velocity - Compare result [B] and result [C] Description on the picture -> Licin= Slippery
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Mass m is on a rough surface of mass M (µ coefficient of friction). M is on a smooth surface and initially at rest. At position A, m is given an initial velocity of V0 and then slowed down and finally when m is at position B, m and M move at the same speed. With the parameters M, m, V0, and g known
[A] Calculate the time it takes m to travel AB
[B] Calculate the kinetic energy of the system when the velocity m is V0
[C] Calculate the kinetic energy of the system when m and M have the same velocity
- Compare result [B] and result [C]
Description on the picture -> Licin= Slippery
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