Part b) Now a force F(t) is added to the system as shown in Figure Q1b. Derive the equation of motion. Assuming k₁ = k₂ = 10000 N/m, m = 50 kg, a = 0.4b, F(t) = F cos (wt + ²) N where Fo= 10 N and w = 10 rad/s, calculate the total displacement of the mass m at t = 10 s. Assume zero initial conditions. a b Figure Q1b E F(t) k₂

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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Part b) Now a force F(t) is added to the system as shown in Figure Q1b. Derive the equation
of motion. Assuming k₁ = k₂ = 10000 N/m, m = 50 kg, a = 0.4b, F(t) = F₁ cos (wt +) N
where Fo= 10 N and w = 10 rad/s, calculate the total displacement of the mass m at t = 10
s. Assume zero initial conditions.
a
b
Figure Q1b
k₁
m
F(t)
k₂
Transcribed Image Text:Part b) Now a force F(t) is added to the system as shown in Figure Q1b. Derive the equation of motion. Assuming k₁ = k₂ = 10000 N/m, m = 50 kg, a = 0.4b, F(t) = F₁ cos (wt +) N where Fo= 10 N and w = 10 rad/s, calculate the total displacement of the mass m at t = 10 s. Assume zero initial conditions. a b Figure Q1b k₁ m F(t) k₂
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