1. In simple harmonic motion, the speed is greatest at that point in the cycle when (A) the magnitude of the acceleration is a maximum. (B) the displacement is a minimum. (C) the magnitude of the acceleration is a minimum. (D) the potential energy is a maximum. (E) the kinetic energy is a minimum. 2. For the wave shown in the figure below, the wavelength is M 1(s) (A) 4 m. (B) 2 m. (C) 1 m. (D) unable to be determined from the given information. (E) None of these
1. In simple harmonic motion, the speed is greatest at that point in the cycle when (A) the magnitude of the acceleration is a maximum. (B) the displacement is a minimum. (C) the magnitude of the acceleration is a minimum. (D) the potential energy is a maximum. (E) the kinetic energy is a minimum. 2. For the wave shown in the figure below, the wavelength is M 1(s) (A) 4 m. (B) 2 m. (C) 1 m. (D) unable to be determined from the given information. (E) None of these
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Transcribed Image Text:1. In simple harmonic motion, the speed is greatest at that point in the cycle when
(A) the magnitude of the acceleration is a maximum.
(B) the displacement is a minimum.
(C) the magnitude of the acceleration is a minimum.
(D) the potential energy is a maximum.
(E) the kinetic energy is a minimum.
2. For the wave shown in the figure below, the wavelength is
M
1(s)
(A) 4 m.
(B) 2 m.
(C) 1 m.
(D) unable to be determined from the given information.
(E) None of these
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