01: A/ For RC electrical circuit shown in Figure R v,(1) 1- Derive the differential equation RC electrical circuit shown in Figure. 2- Derive the transfer function of the circuit, assume zero initial conditions. 3- Find the impulse response of the system. Assume C 2F, R=0.752.

01: A/ For RC electrical circuit shown in Figure R v,(1) 1- Derive the differential equation RC electrical circuit shown in Figure. 2- Derive the transfer function of the circuit, assume zero initial conditions. 3- Find the impulse response of the system. Assume C 2F, R=0.752.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter1: Fundamentals Of C++ Programming

Section1.2: Preliminary Two: Exponential And Scientific Notations

Problem 7E

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01: A/ For RC electrical circuit shown in Figure
R
1- Derive the differential equation RC electrical circuit shown in Figure.
2- Derive the transfer function of the circuit, assume zero initial conditions.
3- Find the impulse response of the system. Assume C 2F, R=0.752.

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