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MCS,PHD
Argosy University/ Phoniex University/
Nov-2005 - Oct-2011
Professor
Phoniex University
Oct-2001 - Nov-2016
You want to set up a worksheet to investigate the oscillatory response of an electrical circuit. Create a worksheet similar to the one shown, including the proper header information.
 
First, calculate another constant, the damped frequency ωd, which is a function of the neper frequency (α0) and the resonant frequency (ω0). This can be calculated with the formula
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Next, create a column of times (beginning in A15) used to calculate the voltage response, ranging from 0 to 0.002 seconds at an increment of 0.0002 seconds. In column B, calculate the voltage response with the following equation, formatted to one decimal place:
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Test Cases: Use the following to test your worksheet.
I. Change neper frequency to 200 radians per second, resonant frequency to 800 radians per second, and initial voltage to 100 volts. At a time of 0.0008 seconds, the voltage should be 69.4 V.
II. Change neper frequency to 100 radians per second, resonant frequency to 600 radians per second, and initial voltage to 100 volts. At a time of 0.0008 seconds, the voltage should be 82.2 V.
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