Laplace transforms:Mass-Spring Oscillator: Difference between revisions

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(New page: '''Problem Statement:''' An ideal mass $ m$ sliding on a frictionless surface, attached via an ideal spring $ k$ to a rigid wall. The spring is at rest when the mass is centered at $ x=0$...)
 
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'''Problem Statement:'''
'''Problem Statement:'''


An ideal mass $ m$ sliding on a frictionless surface, attached via an ideal spring $ k$ to a rigid wall. The spring is at rest when the mass is centered at $ x=0$. Find the equation of motion that the spring mass follows.
An ideal mass ''m'' sliding on a frictionless surface, attached via an ideal spring ''k'' to a rigid wall. The spring is at rest when the mass is centered at ''x=0''. Find the equation of motion that the spring mass follows.

Revision as of 14:49, 19 October 2009

Problem Statement:

An ideal mass m sliding on a frictionless surface, attached via an ideal spring k to a rigid wall. The spring is at rest when the mass is centered at x=0. Find the equation of motion that the spring mass follows.

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