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A. Why do we say the homogenous differential equations represent the natural response of a system? (2) B. Why are transient responses exponential in nature? (3) C. Does "R" have the same effect in the time constant of an RL as well as RC circuit? (1) What is/are the effect(s)? (2) D. What happens when you suddenly apply voltage to a large bank of capacitors? (2 points) E. An inductor cannot keep its energy when disconnected from a circuit, why (2)? What is/are the effect(s)? (3)

A. Why do we say the homogenous differential equations represent the natural response of a system? (2) B. Why are transient responses exponential in nature? (3) C. Does "R" have the same effect in the time constant of an RL as well as RC circuit? (1) What is/are the effect(s)? (2) D. What happens when you suddenly apply voltage to a large bank of capacitors? (2 points) E. An inductor cannot keep its energy when disconnected from a circuit, why (2)? What is/are the effect(s)? (3)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A. Why do we say the homogenous differential equations represent the natural response of a system? (2) B. Why are transient responses exponential in nature? (3) C. Does "R" have the same effect in the time constant of an RL as well as RC circuit? (1) What is/are the effect(s)? (2) D. What happens when you suddenly apply voltage to a large bank of capacitors? (2 points) E. An inductor cannot keep its energy when disconnected from a circuit, why (2)? What is/are the effect(s)? (3)
Transcribed Image Text:A. Why do we say the homogenous differential equations represent the natural response of a system? (2) B. Why are transient responses exponential in nature? (3) C. Does "R" have the same effect in the time constant of an RL as well as RC circuit? (1) What is/are the effect(s)? (2) D. What happens when you suddenly apply voltage to a large bank of capacitors? (2 points) E. An inductor cannot keep its energy when disconnected from a circuit, why (2)? What is/are the effect(s)? (3)
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