(a) Consider the nonlinear pendulum whose oscillations are defined by (6). Use a
Chapter 3, Problem 23(choose chapter or problem)
(a) Consider the nonlinear pendulum whose oscillations are defined by (6). Use a numerical solver as an aid to determine whether a pendulum of length l will oscillate faster on the Earth or on the Moon. Use the same initial conditions, but choose these initial conditions so that the pendulum oscillates back and forth. (b) For which location in part (a) does the pendulum have greater amplitude? (c) Are the conclusions in parts (a) and {b) the same when the linear model (7) is used?
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