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Consider a motor driven by an external torque T(t) da (1) dt Given the harmonic input torque given by T COS(₁1), J + bw (1) = T (1). T(1) = T_ cos the particular solution is given by Acos(@, 1+4). Find the amplitude, A. Let J = 63 kg-m^2, b = 20 kg-m^2-s, To= 115 N-m, and w, 32 rad/s. Do not include units. Use scientific notation with three significant figures. @(1) = Acos(@_t+

Consider a motor driven by an external torque T(t) da (1) dt Given the harmonic input torque given by T COS(₁1), J + bw (1) = T (1). T(1) = T_ cos the particular solution is given by Acos(@, 1+4). Find the amplitude, A. Let J = 63 kg-m^2, b = 20 kg-m^2-s, To= 115 N-m, and w, 32 rad/s. Do not include units. Use scientific notation with three significant figures. @(1) = Acos(@_t+

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Consider a motor driven by an external torque r(t) da (1) dt Given the harmonic input torque given by T(t) = T cos(@ 0 J + bw (t) =t(1). cos(@,¹), the particular solution is given by @ (t) = Acos(@_t+p Find the amplitude, A. Let J = 63 kg-m^2, b = 20 kg-m^2-s, To= 115 N-m, and w, 32 rad/s. Do not include units. Use scientific notation with three significant figures.
Transcribed Image Text:Consider a motor driven by an external torque r(t) da (1) dt Given the harmonic input torque given by T(t) = T cos(@ 0 J + bw (t) =t(1). cos(@,¹), the particular solution is given by @ (t) = Acos(@_t+p Find the amplitude, A. Let J = 63 kg-m^2, b = 20 kg-m^2-s, To= 115 N-m, and w, 32 rad/s. Do not include units. Use scientific notation with three significant figures.
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