 #1
Hamsi
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 Homework Statement
 An adiabatic pendulum (right) is coupled via a spring with spring contant κ to a normal nonvariable pendulum. The pendula have equal mass m and, initially, equal length l . The right pendulum is adiabatically pulled up with frequency ω(t)
1. Derive the equations of motion for this system
2. Which instantaneous frequency Ω(t) does the coupled system support at a given time t?
 Relevant Equations
 
Homework Statement: An adiabatic pendulum (right) is coupled via a spring with spring contant κ to a normal nonvariable pendulum. The pendula have equal mass m and, initially, equal length l . The right pendulum is adiabatically pulled up with frequency ω(t)
1. Derive the equations of motion for this system
2. Which instantaneous frequency Ω(t) does the coupled system support at a given time t?
Homework Equations: 

1. Derive the equations of motion for this system
2. Which instantaneous frequency Ω(t) does the coupled system support at a given time t?
Homework Equations: 
