A 5.00 kg partridge is suspended from a pear tree by an ideal spring of negligible mass. When the partridge is pulled down 0.100 m below its equilibrium position and released, it vibrates with a period of 3.40 s. What is its speed as it passes through the equilibrium position? What is a magnitude of its acceleration when it is 0.050 m above the equilibrium position? When it is moving upward, how much time is required for it to move from a point 0.050 m
A 5.00 kg partridge is suspended from a pear tree by an ideal spring of negligible mass. When the partridge is pulled down 0.100 m below its equilibrium position and released, it vibrates with a period of 3.40 s. What is its speed as it passes through the equilibrium position? What is a magnitude of its acceleration when it is 0.050 m above the equilibrium position? When it is moving upward, how much time is required for it to move from a point 0.050 m
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter13: Vibrations And Waves
Section: Chapter Questions
Problem 7P: A spring 1.50 m long with force constant 475 N/m is hung from the ceiling of an elevator, and a...
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A 5.00 kg partridge is suspended from a pear tree by an ideal spring of negligible mass. When the partridge is pulled down 0.100 m below its equilibrium position and released, it vibrates with a period of 3.40 s. What is its speed as it passes through the equilibrium position? What is a magnitude of its acceleration when it is 0.050 m above the equilibrium position? When it is moving upward, how much time is required for it to move from a point 0.050 m below its equilibrium position to a point 0.050 m above it?
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Step 1: Determine the given variables
VIEWStep 2: Calculate speed of the partridge when it passes through equilibrium position
VIEWStep 3: Calculate the acceleration of the partridge at position 0.050m above the equilibrium position
VIEWStep 4: Calculate the time is required for move from 0.05m below to 0.05m above the equilibrium position
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