6.15. Pendulum support on an inclined plane ** A mass M is free to slide down a frictionless plane inclined at an angle B. A pendulum of length and mass m hangs from M; see Fig. 6.18 (assume that M extends a short distance beyond the side of the plane, so the pendulum can hang down). Find the equations of motion. For small oscillations, find the normal modes and their frequencies. Fig. 6.18 M m
6.15. Pendulum support on an inclined plane ** A mass M is free to slide down a frictionless plane inclined at an angle B. A pendulum of length and mass m hangs from M; see Fig. 6.18 (assume that M extends a short distance beyond the side of the plane, so the pendulum can hang down). Find the equations of motion. For small oscillations, find the normal modes and their frequencies. Fig. 6.18 M m
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Transcribed Image Text:6.15. Pendulum support on an inclined plane **
A mass M is free to slide down a frictionless plane inclined at an
angle ß. A pendulum of length and mass m hangs from M;
see Fig. 6.18 (assume that M extends a short distance beyond the side
of the plane, so the pendulum can hang down). Find the equations
of motion. For small oscillations, find the normal modes and their
frequencies.
Fig. 6.18
M
m
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