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=====Homework for Reduced Mass =====

  - (CentralForce) \textit{Determine whether several common forces in nature are central forces.}{{page>homework:ph426questions:centralforce}}
    - {{page>homework:ph426questions:centralforcea}}
    - {{page>homework:ph426questions:centralforceb}}
    - {{page>homework:ph426questions:centralforcec}}
  - (FreeCentralForce) \textit{A simple check on your understanding of center-of-mass motion.} {{page>homework:ph426questions:freecentralforce}}
  - (PlanarOrbit) \textit{A simple check on your understanding of classical angular momentum.}} {{page>homework:ph426questions:planarorbit}}
  - (ReducedMassLG) \textit{How does the reduced mass depend on the two original masses.?} {{page>homework:ph426questions:reducedmasslg}}
  - (UndoReduced) \textit{Once you have solved for the motion of the reduced mass, you must "undo" the substitutions that you made to find the motions of your original two masses.} {{page>homework:ph426questions:undoreduced}}
    - {{page>homework:ph426questions:undoreduceda}}
    - {{page>homework:ph426questions:undoreducedb}}
  - (SunJupiter) \textit{Get a sense for the position of the center of mass for planets in our solar system.} {{page>homework:ph426questions:sunjupiter}}
    - {{page>homework:ph426questions:sunjupitera}}
    - {{page>homework:ph426questions:sunjupiterb}}
  - (CMLandT) \textit{Explicitly show how the kinetic energy and angular momentum of a two particle system is related to the energy and angular momentum of the center of mass and reduced mass system.} {{page>homework:ph426questions:cmlandt}}
    - {{page>homework:ph426questions:cmlandta}}
    - {{page>homework:ph426questions:cmlandtb}}


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