Q1. A 92 V battery is connected in a circuit having three series connected resistors having Resistances of 32 Q, 12 0, and 4 Q. Determine the Current flowing through and the PD across the 4 Q resistor...

Extracted text: Q1. A 92 V battery is connected in a circuit having three series connected resistors having Resistances of 32 Q, 12 0, and 4 Q. Determine the Current flowing through and the PD across the 4 Q resistor Find also the Power dissipated in the 32 Q resistor. (2 Marks) Q2. Capacitance's of 150µF, 180µF, 165µF, and 180µF are connected in parallel to a Direct Voltage Supply of 5600V. Determine the: (A) Equivalent Circuit Capacitance, (B) Total Charge, and (C) Charge on each Capacitor. (3 Marks) Q3. Calculate the Mutual Inductance between two coils when a Current changing at 1655 A/s in one coil induces an EMF of 250 V in the other. (2 Marks) Q4. A 16 Q resistor is connected across the secondary winding of an Ideal Transformer whose Secondary Voltage is 165 V. Determine the Primary Voltage if the Supply Current is 8 A. (2 Marks) Q5. Define the following : (1 Mark) (i) Double Beam Oscilloscope (ii) Unilateral Circuit