Question 11: The force associated with the following potential energy U (x, y, z) = –kry² 23 %3D is the only force acting on a particle of mass m. Here, k is a constant. The particle is initially at rest and at the origin. Assuming that the particle is passing through position (x 1 meter, y = 1 meter, z = 2 meter), find the speed of the particle at that position.
Question 11: The force associated with the following potential energy U (x, y, z) = –kry² 23 %3D is the only force acting on a particle of mass m. Here, k is a constant. The particle is initially at rest and at the origin. Assuming that the particle is passing through position (x 1 meter, y = 1 meter, z = 2 meter), find the speed of the particle at that position.
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Transcribed Image Text:Question 11: The force associated with the following potential energy
U (x, y, z) = –kxy² z3
is the only force acting on a particle of mass m. Here, k is a constant. The
particle is initially at rest and at the origin. Assuming that the particle is
passing through position (x = 1 meter, y = 1 meter, z = 2 meter), find the
speed of the particle at that position.
Select one:
O V2k/m
O 2/2k/m
O Vk/m
O 4/k/m
2/k/m
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