A 0.585 kg cart compresses a spring, with a spring constant of 118 N/m, 0.36 m...
A 0.585 kg cart compresses a spring, with a spring constant of 118 N/m, 0.36 m on a flat track that sits 1.3 m above the ground.
How much elastic potential energy is stored in the spring? Include units:
How much kinetic energy will the cart have after it is released and the spring is no longer touching the cart? Ignore friction and air resistance. Include units:
What will the velocity of the cart be after it is released and the spring is no longer touching the cart? Ignore friction and air resistance. Include units:
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A 0.585 kg cart compresses a spring, with a spring constant of
118 N/m, 0.36 m...
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0 FS10: A cart attached to a spring is pulled back from the equilibrium position to...
0 FS10: A cart attached to a spring is pulled back from the equilibrium position to a distance A, and then released. Determine the force, motion, and energy representations as the cart moves along the frictionless air track (see video in Canvas) position Position of Cart Force vector for Motion diagram (include at least three positionEnergy bar graph spring on cart dots-before, during & after this position, with velocity and acceleration vectors Air Track KU, x=1/2 A KU, Air roe...
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the spring by d=1.75 m, then releases the cart. The man and cart
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places the cart against a large spring with k=9000 N/m, compresses
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The track ends at the edge of an extremely deep abyss which is 4.0
m wide. The other side of the abyss is higher than the side of the
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