of the following alternating quantities: (a) v 90 Sin 400t Volts (b) i 50 Sin(100 t + 0.30 rad) Amperes (c) e = 200 Sin (628.4 t-0.41 rad) Volts Show your solution and summarize your answers using the table shown below. [10pts] A B C RMS Frequency Period Phase Angle in Degrees & Phase Relationship 2. Sinusoidal Waveform Transformation into Phasor Quantities Transform the following time expressions (instantaneous values) of voltage and current to their phasor equivalents; i.e., draw their equivalent phasor diagrams and find the magnitude (in RMS) and direction (in Electrical Degrees). (a) v = 100 Sin (60t +10°) Volts (b) i= 20 Sin (100t -15%) Amps [5pts] [5pts]
Fig: 1