Ex. 150. An exponential function of time starts at t=0 and y=20 and decreases exponentially until it reaches a steady state value of y=10. The time constant is 3 seconds. The function can be expressed as: У (t) %3D А еxp( В t ) + С. ans:3 Determine A,B, and C.

Ex. 150. An exponential function of time starts at t=0 and y=20 and decreases exponentially until it reaches a steady state value of y=10. The time constant is 3 seconds. The function can be expressed as: У (t) %3D А еxp( В t ) + С. ans:3 Determine A,B, and C.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Ex. 150. An exponential function of time starts at
t=0 and y=20 and decreases exponentially until
it reaches a steady state value of y=10.
The time constant is
3 seconds.
The function can
be expressed as:
У (t) %3D А еxp( В t ) + с.
ans:3
Determine A,B, and C.

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