4. Use phasors to express the following equations to represent as single sinusoid signal and plot the using MATLAB. 7π- a. v(t) = -60 cos(2750t - 150°) - 50 sin(2750t +30°) + 40 cos(2750t - 75°) v b. v(t) = 5 cos (271000t – 5) +7 cos(271000t + 7) + 8 sin (271000t – v
4. Use phasors to express the following equations to represent as single sinusoid signal and plot the using MATLAB. 7π- a. v(t) = -60 cos(2750t - 150°) - 50 sin(2750t +30°) + 40 cos(2750t - 75°) v b. v(t) = 5 cos (271000t – 5) +7 cos(271000t + 7) + 8 sin (271000t – v
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![4. Use phasors to express the following equations to represent as single sinusoid signal and
plot the using MATLAB.
7π-
a. v(t) = -60 cos(2750t - 150°) - 50 sin(2750t +30°) + 40 cos(2750t - 75°) v
b. v(t) = 5 cos (271000t – 5) +7 cos(271000t + 7) + 8 sin (271000t – v](https://content.bartleby.com/qna-images/question/daad9e7e-1f14-44d5-98ac-51623b651f9b/d7d6ce23-0001-4cd7-851b-157f71f3fd17/b9ckc8_thumbnail.png)
Transcribed Image Text:4. Use phasors to express the following equations to represent as single sinusoid signal and
plot the using MATLAB.
7π-
a. v(t) = -60 cos(2750t - 150°) - 50 sin(2750t +30°) + 40 cos(2750t - 75°) v
b. v(t) = 5 cos (271000t – 5) +7 cos(271000t + 7) + 8 sin (271000t – v
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