| 1. | What will be the equivalent inductance of a series combination of five inductors having same value of inductance ? | |
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5L
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L/5
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5/L
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10L
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View Answer
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Report Question| 2. | Determine the potential difference (in V) between the ends of a conductor when the conductor has a conductance of 0.4 Siemens and carrying a current of 8 A ? | |
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10
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20
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30
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50
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| 3. | What will be the value of capacitance (in micro-Farad) of a capacitor when the potential difference between the terminals of the capacitor is 40 V and the charge stored in the capacitor is 8 mC ? | |
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150
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180
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200
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240
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| 4. | Determine the temperature coefficient of resistance of a resistor at 0 degree Celsius, when the resistor has a resistance of 20 ohms at 0 degree Celsius and 40 ohms at 60 degree Celsius ? | |
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0.012
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0.013
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0.017
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0.019
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| 5. | A wire of 30 ohms resistance is stretched to double its original length and then cut into two equal parts. These two equal parts are connected in parallel with a battery that draws a current of 2 A. Determine the potential difference (in V) between the terminals of the battery ? | |
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30
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60
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90
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120
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| 6. | Determine the energy (in 3) stored by an 8 H inductor, if the current through the inductor is 4 A ? | |
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80
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76
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64
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58
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| 7. | Which one of the following statement is TRUE about the Ohm‘s law ? | |
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Ohm's law is applicable to the diodes.
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Ohm's law is not applicable to diodes.
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Ohm's law is applicable to voltage regulators.
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Ohm's law is applicable to transistors.
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| 8. | What will be the potential difference (in V) between the ends of a resistor of 10 ohms resistance, when the current through the resistor is 3.5 A ? | |
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35
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40
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45
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50
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| 9. | Which one of the following theorem is the converse of Thevenin‘s theorem ? | |
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Superposition theorem
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Nillman‘s theorem
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Compensation theorem
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Norton‘s theorem
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| 10. | Determine the value of load impedance (in ohms) for transmitting maximum power from the source to the load, when the source impedance of the circuit is 6 + j5 ohms ? | |
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6 - j5
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5 - j6
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6 + j5
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5 + j6
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