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The voltage drop across the parallel resistors shown in the figure above is ________.

17.3 volts

100 volts

62.1 volts

20.7 volts

Question 1 of 20

2. If R3 was removed from the circuit in the figure above, how many amps of current would flow through the circuit?

Question 2 of 20

What is the total resistance of the circuit in the figure above?

50 ohms

29 ohms

30 ohms

19 ohms

Question 3 of 20

4. Given: A circuit has a voltage of 100 volts across five resistors in parallel (5, 14, 21, 25, and 100

ms). The total current is ________.

25.3 amps

12.71 amps

20.2 amps

36.9 amps

Question 4 of 20

5. The total voltage in a circuit with voltage drops of 15V, 25V, and 20V is ________.

60V

180V

20V

120V

Question 5 of 20

What is the total resistance of the circuit in the figure above?

15.32 ohms

70.41 ohms

24.17 ohms

120.12 ohms

Question 6 of 20

7. Two resistances of 30 and 25 ohms are connected in parallel. In series with this combination is a 40-ohm resistance, and in parallel with this total combination is a 28-ohm resistance. Given a voltage of 1.28 volts, the total current flowing through the circuit is ________.

70 milliamps

60 milliamps

95 milliamps

55 milliamps

Question 7 of 20

8. According to Kirchhoff's voltage law, the total voltage drop in a circuit is equal to the ________.

current divided by resistance

total resistance in the circuit

total current in the circuit

voltage of the power source

Question 8 of 20

9. What is the total resistance of three resistors in parallel with values of 4 ohms, 10 ohms, and 25 ohms?

2.25 ohms

3.43 ohms

2.56 ohms

1.50 ohms

Question 9 of 20

10. A circuit in which two or more components are connected equally across the same voltage source is a ________.

parallel circuit

series circuit

resistive circuit

series-parallel circuit

Question 10 of 20

11. If a circuit with a source of 200 volts is connected across four parallel 50-ohm resistors, the current through each resistor is ________.

3 amps

1 amps

4 amps

2 amps

Question 11 of 20

12.

How many amps of current would flow through the circuit in the figure above?

4.14

3.24

5.21

Question 12 of 20

13. In a parallel circuit, the total line current must equal ________.

zero

the sum of the branch currents

the branch current divided by the total resistance

the branch current divided by the number of resistors

Question 13 of 20

14. What is the resistance of a light bulb that uses 15 watts of power when placed across a 15-volt battery?

15 ohms

1.5 ohms

150 ohms

50 ohms

Question 14 of 20

15. The total resistance of four resistors in parallel with values of 3, 10, 25, and 50 ohms is ________.

2.03 ohms

2.75 ohms

3.33 ohms

1.66 ohms

Question 15 of 20

16. There are four resistors in a circuit with an applied voltage of 120V. The voltage drops across three resistors is 15V each. What is the voltage drop across the fourth resistor?

45V

15V

120V

75V

Question 16 of 20

17. The statement that total current entering a point must equal total current leaving that point best describes ________.

Kirchhoff's current law

Ohm's law

The Theory of Relativity

Coulomb's total current law

Question 17 of 20

18. Which of the following is considered a voltage rise?

A diode

The source

A motor

A resistor

Question 18 of 20

19. According to Kirchhoff's current law, the current in a parallel circuit is equal to ________.

the total voltage drop

the applied voltage

zero

the sum of the currents in each branch

Question 19 of 20

20. What is the total resistance of three resistors in parallel with values of 2 ohms, 8 ohms, and 14 ohms?

2.32 ohms

2.24 ohms

1.44 ohms

2.65 ohms

Question 20 of 20

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