19. The graph shown in the figure is the position-versus-time curve for a mass on a spring: 3 5 7 What is its frequency (in Hz)?

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Chapter14: Sound
Section: Chapter Questions
Problem 53P: A cars 30.0-kg front tire is suspended by a spring with spring constant k = 1.00 105 N/m. At what...
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19. The graph shown in the figure is the position-versus-time curve for a mass on a spring:
t (s)
7
3
What is its frequency (in Hz)?
20. Suppose you determine the spring constant of a spring by attaching a 250-g mass to it and letting it bounce on the end of the
spring. You find 20 oscillations take a time of 30.4 seconds. What is the spring constant (in N/m) of this spring?
Transcribed Image Text:19. The graph shown in the figure is the position-versus-time curve for a mass on a spring: t (s) 7 3 What is its frequency (in Hz)? 20. Suppose you determine the spring constant of a spring by attaching a 250-g mass to it and letting it bounce on the end of the spring. You find 20 oscillations take a time of 30.4 seconds. What is the spring constant (in N/m) of this spring?
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