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The voltage across an capacitor can be expressed as Vc (t) = i(T)dr + Vc (to). For the circuit shown below assume that the voltage across the resistor UR(t) is as shown below on the right side. Assumeve(to) = vc(0) = 0. 60.0m 400m + w/n 20.0m R 100 100mF C t on i(i) q(A) - -000m 00 10 20 30 in 60 Time (s) (a) Compute and clearly sketch the signal vc(t). Overlay the sketch of vc(t) on the figure for VR(t) above. (b) Compute the values of Vc (1.0), Vc (2.0), Vc (2.5), Vc (3.5) and Vc (4.5).

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