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An interaction between two opposites produces a unique outcome. ..."Jules Henri Poincare(1854-1912, One of France's greatest mathematicians)"
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Author Topic: Two blocks and two springs connected to a wall on a frictionless surface  (Read 2600 times)
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ahmedelshfie
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on: May 18, 2010, 01:01:40 am » posted from:,,Brazil

This following applet is Two blocks and two springs connected to a wall on a frictionless surface
Created by prof Hwang Modified by Ahmed
Original project Two blocks and two springs connected to a wall on a frictionless surface

Two block of mass m1, m2 are connected with two springs(spring constant k1,k2) on a frictionless surface.
The motion of the system can be analysis with x1,x2 and v1,v2.
However, it can be analysis with xa=(x1+x2)/2, xb=(x1-x2)/2 amd va=(v1+v2)/2, vb=(v1-v2)/2.

Which one is better?
You need to un-check the f-ext checkbox to release external force.

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An interaction between two opposites produces a unique outcome. ..."Jules Henri Poincare(1854-1912, One of France's greatest mathematicians)"
 
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