1.
Verify that the sum of voltages in the given closed circuit is zero by conducting an experiment
and simulate the same using simulation software. Assume an input voltage of 12 V
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2. Verify that the sum of currents at the junction ‘J’ for the given circuit is zero by conducting an
experiment and simulate the same using simulation software. Assume an input voltage of 15 V
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3. For the given circuit find the load current after reducing the circuit to have a voltage source
and a resistance in series along with the given load resistance. Simulate the same using
simulation software. Assume an input voltage of 30 V.
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4. For the given circuit find the load current after reducing the circuit to have a current source
and a resistance in parallel along with the given load resistance. Simulate the same using
simulation software. Assume an input voltage of 30 V.
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5. Show that the current in the load resistance due to two electrical sources as shown is equal to
the sum of currents generated by individual electrical source. Simulate the same using simulation
software. Assume V1= 20 V and V2= 12 V
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6. Obtain the maximum power that can be generated by the load resistance given in the circuit.
Simulate the same using simulation software.
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7. Obtain the frequency for the given circuit which makes a maximum current flow through the
circuit. Simulate the same using simulation software.
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8. Obtain the frequency for the given circuit which makes the current flow through the circuit is
in phase with the supply voltage. Simulate the same using simulation software.
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9. Plot the frequency response of the given circuit. Simulate the same using simulation software.
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10. Experimentally verify Kirchhoff’s Voltage Law for the following circuit. Also compare the
obtained result with simulated output of the circuit.
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11. Experimentally verify Kirchhoff’s Current Law for the following circuit. Also compare the
obtained result with simulated output of the circuit.
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12. Apply Thevenin’s Theorem to obtain the current across the load resistor shown in figure.
Simulate the same using simulation tool.
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13. Apply Norton’s Theorem to obtain the current across the load resistor shown in figure.
Simulate the same using simulation tool.
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14. By applying superposition theorem to the given circuit find the current through the resistor
shown. Simulate the same using simulation tool.
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15. By applying Maximum Power Transfer theorem to the given circuit find the current and
maximum power in the 560 ohm resistor shown. Simulate the same using simulation tool.
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16. Simulate the given series resonance circuit shown and obtain the resonant frequency for the
circuit experimentally
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17. Simulate the given parallel resonance circuit shown and obtain the resonant frequency for the
circuit experimentally.
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18. For the given circuit find the load current after reducing the circuit to have a voltage source
and a resistance in series along with the given load resistance. Simulate the same using
simulation software.
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19. Verify that the sum of voltages in the given closed circuit is zero by conducting an
experiment and simulate the same using simulation software.
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20. Verify that the sum of currents at the junction for the given circuit is zero by conducting an
experiment and simulate the same using simulation software.
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21. Obtain the maximum power that can be generated by the load resistance given in the circuit.
Simulate the same using simulation software.
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22. Experimentally verify Kirchhoff’s Voltage Law for the following circuit. Also compare the
obtained result with simulated output of the circuit.
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