A mass on a spring oscillates with an angular frequency w, while on the surface of the Earth. This system is then placed on the Moon, which has a surface gravitational acceleration 6 times less than Earth. As a result, the angular frequency of oscillation is a) wo/6 b) w./V6 c) W. d) V6 - wo e) 6 · w.

Principles of Physics: A Calculus-Based Text
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Author:Raymond A. Serway, John W. Jewett
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Chapter12: Oscillatory Motion
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A mass on a spring oscillates with an angular frequency w, while on the surface of the Earth. This
system is then placed on the Moon, which has a surface gravitational acceleration 6 times less than
Earth. As a result, the angular frequency of oscillation is
a) wo/6
b) wo/V6
c) Wo
d) V6 - wo
e) 6 · wo
A mass on a spring oscillates with simple harmonic motion. In terms of the amplitude A, what is the
compression x of the spring when the kinetic energy is 3 times larger than the potential energy?
a) A/9
b) A/3
Transcribed Image Text:A mass on a spring oscillates with an angular frequency w, while on the surface of the Earth. This system is then placed on the Moon, which has a surface gravitational acceleration 6 times less than Earth. As a result, the angular frequency of oscillation is a) wo/6 b) wo/V6 c) Wo d) V6 - wo e) 6 · wo A mass on a spring oscillates with simple harmonic motion. In terms of the amplitude A, what is the compression x of the spring when the kinetic energy is 3 times larger than the potential energy? a) A/9 b) A/3
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