1. Write the equation of motion for the system given in the figure for the case that F(t) = F cos wt and the surface is friction free. Does the angle 0 affect the magnitude of oscillation? Show the free body Diagram: k mass F(t) Fig. 4.4 Mass uea or ne sprng ahd Dasnpot
1. Write the equation of motion for the system given in the figure for the case that F(t) = F cos wt and the surface is friction free. Does the angle 0 affect the magnitude of oscillation? Show the free body Diagram: k mass F(t) Fig. 4.4 Mass uea or ne sprng ahd Dasnpot
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![1. Write the equation of motion for the system given in the figure for the case that F(t) = F
cos wt and the surface is friction free. Does the angle 0 affect the magnitude of oscillation?
Show the free body
Diagram:
k
mass
F(t)
Fig. 4.4 Massued on the sprng and Dasnpot](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F293beaba-46b6-4925-92aa-aa1416cc35a2%2F720d28c2-f108-452e-b017-850a9e753af2%2Ftiyolpn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Write the equation of motion for the system given in the figure for the case that F(t) = F
cos wt and the surface is friction free. Does the angle 0 affect the magnitude of oscillation?
Show the free body
Diagram:
k
mass
F(t)
Fig. 4.4 Massued on the sprng and Dasnpot
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