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For the given mechanical system below: a) Write the set of differential equations for the mechanical system given below. b) Draw the equivalent Electrical Circuit. K₁ - 1 N/m 0000 Sv₁ - 2 N-s/m v₂(t) K₂-1 N/m 0000 M₁-1 kg ₂1 N-s/m dv₁ ( K. M₁) v₂(t) f(1) M₂-1 kg v3-1 N-s/m

For the given mechanical system below: a) Write the set of differential equations for the mechanical system given below. b) Draw the equivalent Electrical Circuit. K₁ - 1 N/m 0000 Sv₁ - 2 N-s/m v₂(t) K₂-1 N/m 0000 M₁-1 kg ₂1 N-s/m dv₁ ( K. M₁) v₂(t) f(1) M₂-1 kg v3-1 N-s/m

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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W For the given mechanical system below: a) Write the set of differential equations for the mechanical system given below. b) Draw the equivalent Electrical Circuit. K₁ - 1 N/m 0000 S1 = 2 N-s/m M₁-1 kg ₂-1 N-s/m =√ v₂(t) = dv₂ dt +) → vz= d7 (₂) (歲) dv₂ → f(t) = dv₁ df K₂-1 N/m -0000 = dv (K₁M₁) df my V₂(t) nn f(1) = M₂-1 kg 31 N-s/m (KMXKM2)) (K₂Mik, M₂) (*) + dva (Cha kMM) + dve (KA) dt ски, 2-K)M, M₂) "A gate, Not a f(t)= Vont Capacitor
Transcribed Image Text:W For the given mechanical system below: a) Write the set of differential equations for the mechanical system given below. b) Draw the equivalent Electrical Circuit. K₁ - 1 N/m 0000 S1 = 2 N-s/m M₁-1 kg ₂-1 N-s/m =√ v₂(t) = dv₂ dt +) → vz= d7 (₂) (歲) dv₂ → f(t) = dv₁ df K₂-1 N/m -0000 = dv (K₁M₁) df my V₂(t) nn f(1) = M₂-1 kg 31 N-s/m (KMXKM2)) (K₂Mik, M₂) (*) + dva (Cha kMM) + dve (KA) dt ски, 2-K)M, M₂) "A gate, Not a f(t)= Vont Capacitor
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