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Figure P5 below shows a block of mass m that is attached to two ideal springs and viscous damper. If x = 0 and V = 5 m/s when t = 0, derive the equation of motion for the block a) for a damping factor of 1.75, b) for a damping factor of 1.0, and c) for a damping factor of 0.50. Assuming that x is measured from the position where the springs are undeformed, and use m = 0.4 kg, kı = 25 N/m, and k2 = 35 N/m. P5 m

Figure P5 below shows a block of mass m that is attached to two ideal springs and viscous damper. If x = 0 and V = 5 m/s when t = 0, derive the equation of motion for the block a) for a damping factor of 1.75, b) for a damping factor of 1.0, and c) for a damping factor of 0.50. Assuming that x is measured from the position where the springs are undeformed, and use m = 0.4 kg, kı = 25 N/m, and k2 = 35 N/m. P5 m

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
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Figure P5 below shows a block of mass m that is attached to two ideal springs and viscous damper. If x = 0 and V = 5 m/s when t= 0, derive the equation of motion for the block a) for a damping factor of 1.75, b) for a damping factor of 1.0, and c) for a damping factor of 0.50. Assuming that x is measured from the position where the springs are undeformed, and use m = 0.4 kg, kı = 25 N/m, and k2 = 35 N/m. P5 k2
Transcribed Image Text:Figure P5 below shows a block of mass m that is attached to two ideal springs and viscous damper. If x = 0 and V = 5 m/s when t= 0, derive the equation of motion for the block a) for a damping factor of 1.75, b) for a damping factor of 1.0, and c) for a damping factor of 0.50. Assuming that x is measured from the position where the springs are undeformed, and use m = 0.4 kg, kı = 25 N/m, and k2 = 35 N/m. P5 k2
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