A vertical spring with constant 41.16 N / m rests in its equilibrium position hanging from the ceiling. On its lower end, a mass of 1.68 kg is hung and it is stretched. When the particle has traveled a distance:0.4 m downward (measured from the equilibrium position), calculate the work done by the spring Wsarine and by the force of gravity WgraVÜty respectively: a) Wing= 3.2928 J and Weravity = -6.5856 J b) Wine=-3.2928 J and Weravity= 6.5856 J c) Wscine= -3.2928 J and Weravity = -6.5856 J d) Wing= 3.2928 J and Weravity= 6.5856 J

A vertical spring with constant 41.16 N / m rests in its equilibrium position hanging from the ceiling. On its lower end, a mass of 1.68 kg is hung and it is stretched. When the particle has traveled a distance:0.4 m downward (measured from the equilibrium position), calculate the work done by the spring Wsarine and by the force of gravity WgraVÜty respectively: a) Wing= 3.2928 J and Weravity = -6.5856 J b) Wine=-3.2928 J and Weravity= 6.5856 J c) Wscine= -3.2928 J and Weravity = -6.5856 J d) Wing= 3.2928 J and Weravity= 6.5856 J

Name: A vertical spring with constant 41.16 N / m rests in its equilibrium
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Description: A vertical spring with constant 41.16 N / m rests in its equilibrium position hanging from the ceiling. Onits lower end, a mass of 1.68 kg is hung and it is stretched. When the particle has traveled a distance:0.4m downward (measured from the equili

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter8: Potential Energy And Conservation Of Energy

Section: Chapter Questions

Problem 84AP: A 200-g steel ball is tied to a 2.00m “massless” string and hung from the ceiling to make a...

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