The following circuit operate at the steady-state. Given e(t) = 3 cos (2t)V, a(t) = 7A, R₁ = 2, R₂ =20, C= F and L= 1H find the steady-state voltage v.(t). e(t) R₁ √(14)1 alt) L се с

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The following circuit operate at the steady-state. Given e(t) = 3 cos(2t)V,
a(t) = 7A, R₁ = 0, R₂ = 20, C = F and L = 1H find the steady-state voltage v.(t).
e(t)
R₁
alt)
√(14)1
L
- се
с
PR 2
Transcribed Image Text:The following circuit operate at the steady-state. Given e(t) = 3 cos(2t)V, a(t) = 7A, R₁ = 0, R₂ = 20, C = F and L = 1H find the steady-state voltage v.(t). e(t) R₁ alt) √(14)1 L - се с PR 2
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this is incorrect. answer should be vc(t)=4+ radical5cos(2t+angle) (v,s) and angle=arctan(1)-arctan(3) please re-solve correctly and only submit your answer if it is IDENTICAL TO THE ONE I GAVE and solve it in great detail. thank you. thumbs up is ready if correct

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