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1. Find the phase relationship between the following waveforms: V1=10 sin (ωt+60°) and V2= 10 sin (ωt-20°) sketch these two waveforms

2. What is the angular velocity and time period of a waveform with 2.8 kHz frequency?

3. Use the nodel-analysis method to find V1 and V2 in the circuit shown in the following figure and then apply that to determine Ix.

1970_Circuit Diagram1.jpg

4. Find the output voltage vo of the circuit shown below. If Vo changed to 2 V then what Will be the new vo?

781_Circuit Diagram.jpg

5. Determine the output voltage vo for the circuit below. What is the linear range of vs?

742_Circuit Diagram2.jpg

6. The circuit below is to be connected to a load resistor RL between terminals (a, b).

1622_Circuit Diagram3.jpg

a. Find the Thevenin equivalent circuit at terminals (a,b).

b. Also find the Norton equivalent circuit at terminals (a,b).

c. Choose RL so that the current flowing through it is 0.8 A.

Electrical & Electronics, Engineering

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