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Magazine Problem 1
Determine the AC peak and RMS voltages, DC offset, frequency, period and phase shift for the following expression: \(v(t)=10 \sin 2 \pi 1000 t\).
Problem 2
Determine the AC peak and RMS voltages, DC offset, frequency, period and phase shift for the following expression: \(v(t)=0.4 \sin 2 \pi 5000 t\).
Problem 3
Determine the peak AC portion voltage, DC offset, frequency, period and phase shift for the following expression: \(v(t)=-3+20 \sin 2 \pi 50 t\).
Problem 4
Determine the peak AC portion voltage, DC offset, frequency, period and phase shift for the following expression: \(v(t)=12+2 \sin 2 \pi 20000 t\).
Problem 5
Determine the AC peak and RMS voltages, DC offset, frequency, period and phase shift for the following expression: \(v(t)=10 \sin \left(2 \pi 100 t+45^{\circ}\right)\).
Problem 6
Determine the AC peak and RMS voltages, DC offset, frequency, period and phase shift for the following expression: v(t) = 5 sin (2? 1000 t ? 90掳)
Problem 7
Determine the peak AC portion voltage, DC offset, frequency, period and phase shift for the following expression: v(t) = 10 + 1 sin (2? 400 t ? 45掳)
Problem 8
Determine the peak AC portion voltage, DC offset, frequency, period and phase shift for the following expression: \(v(t)=10+10 \sin \left(2 \pi 5000 t+30^{\circ}\right)\).
Problem 9
Determine the peak AC portion voltage, DC offset, frequency, period and phase shift for the following expression: \(v(t)=10+10 \sin \left(2 \pi 5000 t+30^{\circ}\right)\).
Problem 10
A 2 kHz sine wave has a phase of \(18^{\circ}\). Determine the time delay. Repeat for a 100 kHz sine wave.
