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4- The differential equation governing the motion of the system shown in figure (3) is I M + / -) x + cx + 5kx = = = = 0 - sin cot r (m+) Determine the steady-state amplitude of the block if ; m=10 kg, I=0.1 kg.m², r=10 cm, k=160000 N/m, w=180 rad/s c=640 N.s/m, M₁-100 N/m, and Mo sin cot Dime Ţ₁ Figure (3) mm

4- The differential equation governing the motion of the system shown in figure (3) is I M + / -) x + cx + 5kx = = = = 0 - sin cot r (m+) Determine the steady-state amplitude of the block if ; m=10 kg, I=0.1 kg.m², r=10 cm, k=160000 N/m, w=180 rad/s c=640 N.s/m, M₁-100 N/m, and Mo sin cot Dime Ţ₁ Figure (3) mm

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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4- The differential equation governing the motion of the system shown in figure (3) is I (m+- )x+cx+5kx=² Mosin ot r Determine the steady-state amplitude of the block if ; m=10 kg, I=0.1 kg.m², r=10 cm, k=160000 N/m, c=640 N.s/m, M.-100 N/m, and w=180 rad/s Mo sin cot 2r m Ţ. Figure (3) nive
Transcribed Image Text:4- The differential equation governing the motion of the system shown in figure (3) is I (m+- )x+cx+5kx=² Mosin ot r Determine the steady-state amplitude of the block if ; m=10 kg, I=0.1 kg.m², r=10 cm, k=160000 N/m, c=640 N.s/m, M.-100 N/m, and w=180 rad/s Mo sin cot 2r m Ţ. Figure (3) nive
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