Physics, asked by vanisaxena016, 8 months ago

a sinusoidal voltage supply defined as: v(t) = 135 x cos(ωt + 30o) is connected to a pure resistance of 35 ohms. determine its impedance and the peak value of the current flowing through the circuit. draw the corresponding phasor diagram.

Answers

Answered by dearamit8

Answer:

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Explanation:

Answered by Devilking19019

Answer:

a sinusoidal voltage supply defined as: v(t) = 135 x cos(ωt + 30o) is connected to a pure resistance of 35 ohms. determine its impedance and the peak value of the current flowing through the circuit. draw the corresponding phasor diagram.

Explanation:

........................

..........

....................

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a sinusoidal voltage supply defined as: v(t) = 135 x cos(ωt + 30o) is connected to a pure resistance of 35 ohms. determine its impedance and the peak value of the current flowing through the circuit. draw the corresponding phasor diagram.​

Answers

a sinusoidal voltage supply defined as: v(t) = 135 x cos(ωt + 30o) is connected to a pure resistance of 35 ohms. determine its impedance and the peak value of the current flowing through the circuit. draw the corresponding phasor diagram.