Title: M4L2 Superposition Theorem Practice
Course: ELEC 160WH Introduction to Electricity/Electronics > Section: ELEC 160WH Introduction to Electricity/Electronics

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The total resistance that V1 is connected to is equal to _________.
- 2099.7Ω
- 1088.1Ω
- 238.9Ω
- 550Ω
A: 1088.1Ω

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical total current due to V1 is equal to _________.
- 15.58mA
- 10.628mA
- 4.595mA
- 11.793mA
A: 4.595mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R1 due to V1 is equal to _________.
- 10.628mA
- 11.793mA
- 15.58mA
- 4.595mA
A: 4.595mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R2 due to V1 is equal to _________.
- 547μA
- 922μA
- 547mA
- 54.7mA
A: 547μA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R3 due to V1 is equal to ________.
- 9.88mA
- 12.47mA
- 4.05mA
- 6.7mA
A: 4.05mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The total resistance that V2 is connected to is equal to _________.
- 525.287Ω
- 478.99Ω
- 229.96Ω
- 1,197.63Ω
A: 525.287Ω

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical total current due to V2 is equal to _________.
- 222.845mA
- 36.926mA
- 29.889mA
- 22.845mA
A: 22.845mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R1 due to V2 is equal to _________.
- 10.98mA
- 9.72mA
- 15.29mA
- 27.68mA
A: 9.72mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R2 due to V2 is equal to _________.
- 10.98mA
- 11.788mA
- 13.13mA
- 22.16mA
A: 13.13mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The theoretical current through R3 due to V2 is equal to ________.
- 22.845mA
- 90mA
- 208.8mA
- 13.13mA
A: 22.845mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The net (actual) current through R1 is equal to _______.
- 12.6mA
- 11.3mA
- 9.6mA
- 5.125mA
A: 5.125mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The net (actual) current through R2 is equal to _______.
- 14.69mA
- 17.67mA
- 13.67mA
- 13.97mA
A: 13.67mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The net (actual) current through R3 is equal to _______.
- 18.8mA
- 29.69mA
- 978μA
- 79.8mA
A: 18.8mA

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The voltage across R1 is _________.
- 5.125V
- 6.5125V
- 11.685V
- 3.675V
A: 5.125V

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The voltage across R2 is _________.
- 13.678V
- 8.785V
- 6.163V
- 10.12V
A: 10.12V

Q: Find the current through each resistance and the voltage across each resistance for the two-source
mesh circuit below. Use the superposition theorem to find your answers.

The voltage across R3 is _________.
- 5.65V
- 3.64V
- 1.88V
- 11.73V
A: 1.88V

Q: Which circuit diagram below correctly shows the net (actual) current flow directions and the IR drop polarities for the previous circuit example?
- A
- B
- C
A: C

Q: This circuit diagram above shows us the theoretical current directions established by each respective source.
- True
- False
A: True

Q: The total resistance that V1 is connected to is equal to _________.
- 29.7Ω
- 43.89Ω
- 47.55Ω
- 55.0Ω
A: 47.55Ω

Q: The theoretical total current due to V1 is equal to _________.
- 998.6mA
- 459.5mA
- 315.4mA
- 45.95mA
A: 315.4mA

Q: The theoretical current through R1 due to V1 is equal to _________.
- 998.6mA
- 459.5mA
- 315.4mA
- 45.95mA
A: 315.4mA

Q: The theoretical current through R2 due to V1 is equal to _________.
- 144mA
- 92.2mA
- 547mA
- 54.7mA
A: 144mA

Q: The theoretical current through R3 due to V1 is equal to ________.
- 9.88mA
- 12.47mA
- 171.4mA
- 6.7mA
A: 171.4mA

Q: The total resistance that V2 is connected to is equal to _________.
- 62.8Ω
- 78.9Ω
- 229.7Ω
- 119.7Ω
A: 62.8Ω

Q: The theoretical total current due to V2 is equal to _________.
- 22.91mA
- 91.1mA
- 191.1mA
- 29.1mA
A: 191.1mA

Q: The theoretical current through R1 due to V2 is equal to _________.
- 109.8mA
- 152.9mA
- 276.8mA
- 137.2mA
A: 137.2mA

Q: The theoretical current through R2 due to V2 is equal to _________.
- 109.8mA
- 11.788mA
- 53.9mA
- 22.16mA
A: 53.9mA

Q: The theoretical current through R3 due to V2 is equal to ________.
- 191.1mA
- 290.9mA
- 208.8mA
- 131.3mA
A: 191.1mA

Q: The net (actual) current through R1 is equal to _______.
- 12.6mA
- 11.3mA
- 9.6mA
- 178.2mA
A: 178.2mA

Q: The net (actual) current through R2 is equal to _______.
- 14.69mA
- 197.9mA
- 17.67mA
- 13.97mA
A: 197.9mA

Q: The net (actual) current through R3 is equal to _______.
- 19.69mA
- 978μA
- 19.7mA
- 79.8mA
A: 19.7mA

Q: The voltage across R1 is _________.
- 6.5125V
- 11.685V
- 3.92V
- 5.675V
A: 3.92V

Q: The voltage across R2 is _________.
- 13.678V
- 8.785V
- 11.08V
- 6.163V
A: 11.08V

Q: The voltage across R3 is _________.
- 0.926V
- 5.65V
- 3.64V
- 11.73V
A: 0.926V