1. A uniform rigid bar of mass m is pivoted at point O and connected by springs of stiffnesses k₁ and k₂, as shown. Considering a small angular displacement 0 of the rigid bar about the point O, determine the equivalent spring constant associated with the restoring moment if k₁ = k₂ = k and mg = 33kl/8. (kt,eq = ?) Note: Assume sin(0) 0 and cos(0) ≈ 1. Fo k₁ mg 0. k₂ IN

Elements Of Electromagnetics
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1. A uniform rigid bar of mass m is pivoted at
point O and connected by springs of stiffnesses
k₁ and k₂, as shown. Considering a small
angular displacement of the rigid bar about
the point O, determine the equivalent spring
constant associated with the restoring moment
if k₁= k₂ = k and mg = 33kl/8. (kt,eq = ?)
Note: Assume sin(0) 0 and cos (0) ≈ 1.
mg
100000
k₁
0
k₂
+
N
ܛܔܔܔܛ
Transcribed Image Text:1. A uniform rigid bar of mass m is pivoted at point O and connected by springs of stiffnesses k₁ and k₂, as shown. Considering a small angular displacement of the rigid bar about the point O, determine the equivalent spring constant associated with the restoring moment if k₁= k₂ = k and mg = 33kl/8. (kt,eq = ?) Note: Assume sin(0) 0 and cos (0) ≈ 1. mg 100000 k₁ 0 k₂ + N ܛܔܔܔܛ
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