**Q1. The internal resistance of an ideal voltage source is**

A. Infinite

B. Equal to the load resistance

**C. Zero**

D. To be determined

**Q2. What is the conductance of a circuit having three 10 fi resistors in parallel?**

**A. 0.3 S**

B. 3.33 S

C. 0.33 S

D. 30 S

**Q3. Electric energy refers to**

A. Volt divided by coulomb

B. Volt-ampere

**C. Volt-coulomb**

D. Watt divided by time

**Q4. A capacitor requires 12 µC of charge to raise its potential of 3 V. What is the capacitance of the capacitor?**

**A. 36 µF**

B. 15 µF

C. 0.25 µF

D. 4 µF

**Q5. A capacitor opposes change in**

A. Voltage

B. Current

C. Voltage and current

**D. Neither voltage nor current**

**Q6. What is the total resistance of a two equal valued resistors in series?**

A. The difference of both

B. The product of both

**C. Twice as one**

D. The sum of their reciprocals

**Q7. The ratio of maximum value to the effective value of an alternating quantity is called**

A. Form factor

**B. Peak factor**

C. Dynamic factor

D. Leakage factor

**Q8. For series capacitors, total charge is**

A. The sum of individual charges

**B. Equal to the charge of either capacitors**

C. Equal to the product of the charges

D. The quotient of the charges

**Q9. Series resonant circuit is sometimes known as**

A. Rejector circuit

**B. Acceptor circuit**

C. Inductive circuit

D. Capacitive circuit

**Q10. Parallel resonant circuit is sometimes called as**

A. Acceptor circuit

**B. Rejector circuit**

C. Inductive circuit

D. Capacitive circuit