SOLUTION: An alternating current voltage is given by: V = 310 Sin (285t + 0.65) (i) sketch the waveform, marking on all main values (ii) state whether the waveform is l

Algebra ->  Trigonometry-basics -> SOLUTION: An alternating current voltage is given by: V = 310 Sin (285t + 0.65) (i) sketch the waveform, marking on all main values (ii) state whether the waveform is l      Log On


   



Question 1072808: An alternating current voltage is given by:

V = 310 Sin (285t + 0.65)
(i) sketch the waveform, marking on all main values
(ii) state whether the waveform is leading or lagging
(iii) state the phase angle in degrees
(iv) state the amplitude
(v) calculate the periodic time
(vi) calculate the frequency in Hz


Answer by Fombitz(32388) About Me  (Show Source):
You can put this solution on YOUR website!
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ii) I provided a reference signal to make the determination
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iii)Convert 0.65 radians to degrees.
theta=0.65%28360%2F%282pi%29%29
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iv) abs%28V%5Bmax%5D%29=310V
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v) P=%282pi%29%2F285s
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vi) f=1%2FP
f=285%2F%282pi%29Hz