0.1 Using superposition, determine the voltage labeled V, in the circuit represented in Figure-1. Q.2 For...

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0.1 Using superposition, determine the voltage labeled V, in the circuit represented in Figure-1. Q.2 For the circuit of Figure-2, derive an expression for Vou in terms of Vin. Q.3 Determine the equivalent capacitance Cey of the network shown in Figure-3. 0.4 Consider the circuit depicted in Figure-4: (a) Obtain an expression for itt) valid for all t > 0. (b) Obtain an expression for intt) valid for all t> 0. 0.1 Using superposition, determine the voltage labeled V, in the circuit represented in Figure-1. Q.2 For the circuit of Figure-2, derive an expression for Vou in terms of Vin. Q.3 Determine the equivalent capacitance Cey of the network shown in Figure-3. 0.4 Consider the circuit depicted in Figure-4: (a) Obtain an expression for itt) valid for all t > 0. (b) Obtain an expression for intt) valid for all t> 0.

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QN1 Applying superposition in the above circuit we get Case 1 Taking 4V ... View the full answer