Inelastic Collision Derivation Help

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SUMMARY

The discussion focuses on the derivation of equations related to inelastic collisions, specifically addressing the conservation of momentum and the coefficient of restitution. The correct form of the second equation is identified as V_{1f} - V_{2f} = c(V_2 - V_1), where "c" represents the coefficient of restitution. Participants emphasize the need to combine this equation with the conservation of momentum equation to isolate V1f. The discussion highlights the importance of understanding linear systems of equations for successful derivation.

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  • Understanding of conservation of momentum in physics
  • Familiarity with the coefficient of restitution
  • Ability to solve systems of linear equations
  • Basic knowledge of inelastic collisions
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  • Study the derivation of the conservation of momentum equation
  • Learn about the coefficient of restitution and its applications
  • Practice solving systems of linear equations
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GreenSabbath
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http://upload.wikimedia.org/math/5/c/b/5cbdceba601a68315f744dc1c06e9ba7.png"
How wxactly has this equation be derived?

http://upload.wikimedia.org/math/3/c/5/3c53f3d1c66725053decc7e3e546c32d.png"
Can someone help me with the derivation. I can't trace the orgin of the second part od the systems of equation.

Help needed urgently Thanks
 
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Not clear what your question is. Those two equations in your second link:
(1) Looks like conservation of momentum (OK)
(2) Looks like "c" is the coefficient of restitution (not quite right)

You'll have to fix the second equation. It should read:
[tex]V_{1f} - V_{2f} = c(V_2 - V_1)[/tex]

Then, to combine those equations to get the equation in your first link: multiply the 2nd equation by M2 and add it to the first equation. Isolate V1f.
 
You derive it by perseverance.
Solve the linear system of equations you are supposed to solve.

If you don't have the skill to solve a system of linear equations, that is what you should focus on.

If you can't be bothered to perform the operations yourself, there is no reason for us to help you out, is there?
 

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