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A Pendulum Is Oscillating with a Total Mechanical Energy E0

Question 72

Multiple Choice

A pendulum is oscillating with a total mechanical energy E0. When the pendulum is at its maximum displacement, the kinetic energy K and the potential energy U are


A) K = A pendulum is oscillating with a total mechanical energy E<sub>0</sub>. When the pendulum is at its maximum displacement, the kinetic energy K and the potential energy U are A) K = E<sub>0</sub>; U = E<sub>0 </sub> B) K = 0; U = E<sub>0 </sub> C) K = E<sub>0</sub>; U = E<sub>0 </sub> D) K = E<sub>0</sub>; U = 0 E) K = E<sub>0</sub>; U = E<sub>0 </sub> E0; U = A pendulum is oscillating with a total mechanical energy E<sub>0</sub>. When the pendulum is at its maximum displacement, the kinetic energy K and the potential energy U are A) K = E<sub>0</sub>; U = E<sub>0 </sub> B) K = 0; U = E<sub>0 </sub> C) K = E<sub>0</sub>; U = E<sub>0 </sub> D) K = E<sub>0</sub>; U = 0 E) K = E<sub>0</sub>; U = E<sub>0 </sub> E0
B) K = 0; U = E0
C) K = E0; U = E0
D) K = E0; U = 0
E) K = E0; U = A pendulum is oscillating with a total mechanical energy E<sub>0</sub>. When the pendulum is at its maximum displacement, the kinetic energy K and the potential energy U are A) K = E<sub>0</sub>; U = E<sub>0 </sub> B) K = 0; U = E<sub>0 </sub> C) K = E<sub>0</sub>; U = E<sub>0 </sub> D) K = E<sub>0</sub>; U = 0 E) K = E<sub>0</sub>; U = E<sub>0 </sub> E0

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