(Solved) : 0 7 Consider Compound Pendulum Consisting Uniform Bar 2m 15kg Pinned One End Use Matlab O Q41924205 . . .

0. To. 7. Consider a compound pendulum consisting of a uniform bar of 2m and 15kg, which is pinned at one end. Use MATLAB to

by using Matlab please.

0. To. 7. Consider a compound pendulum consisting of a uniform bar of 2m and 15kg, which is pinned at one end. Use MATLAB to obtain the response of the pendulum, i.e., 0(t), using once the ME 461/GME 561 – Vibrations nonlinear equation of motion, and then the linearized equation of motion. Let the pendulum start from rest from a. @ = 5° b. 6 = 10° c. = 90° Plot the nonlinear and linear response for each case on one diagram, i.e., two graphs on each plot (nonlinear and linear for each initial condition) 1. Compare the period frequency of vibration of linear and nonlinear models for each case. 2. Compare the period frequency of vibration of nonlinear models between cases (a) to (c). 3. Compare the period frequency of vibration of linear models between cases (a) to (c). What is your conclusion regarding the effect of linearization and initial condition? Show transcribed image text 0. To. 7. Consider a compound pendulum consisting of a uniform bar of 2m and 15kg, which is pinned at one end. Use MATLAB to obtain the response of the pendulum, i.e., 0(t), using once the ME 461/GME 561 – Vibrations nonlinear equation of motion, and then the linearized equation of motion. Let the pendulum start from rest from a. @ = 5° b. 6 = 10° c. = 90° Plot the nonlinear and linear response for each case on one diagram, i.e., two graphs on each plot (nonlinear and linear for each initial condition) 1. Compare the period frequency of vibration of linear and nonlinear models for each case. 2. Compare the period frequency of vibration of nonlinear models between cases (a) to (c). 3. Compare the period frequency of vibration of linear models between cases (a) to (c). What is your conclusion regarding the effect of linearization and initial condition?

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Answer to 0. To. 7. Consider a compound pendulum consisting of a uniform bar of 2m and 15kg, which is pinned at one end. Use MATLA…

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