A pendulum of length 10 cm and mass 200 gram, an external vibration force F(t)=2sin(4t) acting on it.a) Set up the pendulum equation:e"+sin(4t)b) The steady state solution is =sin(4t) -cos(4t) write all your numbers as fractions in simple form (example: a/b)c) The perlod=

Name: A pendulum of length 10 cm and mass 200 gram, an external vibration f
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Description: A pendulum of length 10 cm and mass 200 gram, an external vibration force F(t)=2sin(4t) acting on it.a) Set up the pendulum equation:e"+sin(4t)b) The steady state solution is =sin(4t) -cos(4t) write all your numbers as fractions in simple form (exam

Given: Pendulum length l =10 cm=10×10-2 m Mass m =200 g =200×10-3 kg Force F(t) =2sin(4t)

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A pendulum of length 10 cm and mass 200 gram, an external vibration force F(t)-2sin(4t) acting on it. a) Set up the pendulum equation: sin(4t) b) The steady state solution is- ep(t)- sin(4t) - cos(4t) write all your numbers as fractions in simple form (example a/b) c) The period-

A pendulum of length 10 cm and mass 200 gram, an external vibration force F(t)-2sin(4t) acting on it. a) Set up the pendulum equation: sin(4t) b) The steady state solution is- ep(t)- sin(4t) - cos(4t) write all your numbers as fractions in simple form (example a/b) c) The period-

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter12: Oscillatory Motion

Section: Chapter Questions

Problem 37P

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