An AC circuits with 50 Hz voltage of 240V effective value is impressed on an inductance of sin(Y+2)/5 H. Y is the last digit of student matrix no. For example, a student with the matrix number CD150012 will have the values of Y = 2, therefore sin(2+2)/5 H. i) Write the time equation for the voltage V(t) and the resulting current. Let the zero axis of the voltage wave be at t = 0. ii) Sketch the phasor diagram for this circuit iii) Find the maximum energy stored (joules) in the inductance.
An AC circuits with 50 Hz voltage of 240V effective value is impressed on an inductance of sin(Y+2)/5 H. Y is the last digit of student matrix no. For example, a student with the matrix number CD150012 will have the values of Y = 2, therefore sin(2+2)/5 H. i) Write the time equation for the voltage V(t) and the resulting current. Let the zero axis of the voltage wave be at t = 0. ii) Sketch the phasor diagram for this circuit iii) Find the maximum energy stored (joules) in the inductance.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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An AC circuits with 50 Hz voltage of 240V effective value is impressed on an
inductance of sin(Y+2)/5 H. Y is the last digit of student matrix no. For example, a
student with the matrix number CD150012 will have the values of Y = 2, therefore
sin(2+2)/5 H.
i) Write the time equation for the voltage V(t) and the resulting current. Let the
zero axis of the voltage wave be at t = 0.
ii) Sketch the phasor diagram for this circuit
iii) Find the maximum energy stored (joules) in the inductance.
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