1. Assume that the ac generator of Fig. 1.1 has a sine wave output across its terminals A and B. The peak value of the output voltage is 100 volts. a) On the graph of Fig. 1.2, draw the sine wave output of the generator. Plot the voltage points at 15° intervals (starting from 0° to 360°). b) Draw a smooth curve through all of the plotted points and label this voltage curve “e”.

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1. Assume that the ac generator of Fig. 1.1 has a sine wave output across its terminals A and B. The peak value of the output voltage is 100 volts.
a) On the graph of Fig. 1.2, draw the sine wave output of the generator. Plot the voltage points at 15° intervals (starting from 0° to 360°).
b) Draw a smooth curve through all of the plotted points and label this voltage curve “e”.

AC
GENERATOR
e
Fig. 1.1
Transcribed Image Text:AC GENERATOR e Fig. 1.1
+100
300
30
60
90
120
150
180
210
240
270
330
360
ANGULAR ROTATION IN DEGREES
Fig. 1.2
INSTANTANEOUS VOLTAGE (e) OR CURRENT (i)
$ * ? • 8 9 $ *
INSTANTANEOUS POWER IN THOUSANDS OF WATTS
Transcribed Image Text:+100 300 30 60 90 120 150 180 210 240 270 330 360 ANGULAR ROTATION IN DEGREES Fig. 1.2 INSTANTANEOUS VOLTAGE (e) OR CURRENT (i) $ * ? • 8 9 $ * INSTANTANEOUS POWER IN THOUSANDS OF WATTS
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