The learner will demonstrate the use of Ohm's Law to solve series DC circuit values.
Ohm's Law
What is the current in a series circuit if the circuit's total resistance is 10K ohms and the applied voltage is 10 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the current in a series circuit if the circuit's total resistance is 10K ohms and the applied voltage is 10 volts?
Correct Answer
.001A
Ohm's Law states I = V/R. I = 10V / 10K ohm = 1mA or 0.001A
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the current in a series circuit if the circuit's total resistance is 10K ohms and the applied voltage is 10 volts?
Your Answer
Correct Answer
.001A
Ohm's Law states I = V/R. I = 10V / 10K ohm = 1mA or 0.001A
Next Question
Question 1 of 10
Ohm's Law
What is the current in a series circuit if the circuit's total resistance is 5K ohms and the applied voltage is 20 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the current in a series circuit if the circuit's total resistance is 5K ohms and the applied voltage is 20 volts?
Correct Answer
4mA
Ohm's Law states I = V/R. I = 20V / 5K ohm = 4mA or 0.004A
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the current in a series circuit if the circuit's total resistance is 5K ohms and the applied voltage is 20 volts?
Your Answer
Correct Answer
4mA
Ohm's Law states I = V/R. I = 20V / 5K ohm = 4mA or 0.004A
Next Question
Question 1 of 10
Ohm's Law
What is the current in a series circuit if the circuit's total resistance is 4K ohms and the applied voltage is 12 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the current in a series circuit if the circuit's total resistance is 4K ohms and the applied voltage is 12 volts?
Correct Answer
3mA
Ohm's Law states = V/R. I = 12V / 4K ohm = 3mA or 0.003A
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the current in a series circuit if the circuit's total resistance is 4K ohms and the applied voltage is 12 volts?
Your Answer
Correct Answer
3mA
Ohm's Law states = V/R. I = 12V / 4K ohm = 3mA or 0.003A
Next Question
Question 1 of 10
Ohm's Law
What is the current in a series circuit if the circuit's total resistance is 6K ohms and the applied voltage is 18 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the current in a series circuit if the circuit's total resistance is 6K ohms and the applied voltage is 18 volts?
Correct Answer
3mA
Ohm's Law states I = V/R. I = 18V/6K ohm = 3mA or 0.003A
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the current in a series circuit if the circuit's total resistance is 6K ohms and the applied voltage is 18 volts?
Your Answer
Correct Answer
3mA
Ohm's Law states I = V/R. I = 18V/6K ohm = 3mA or 0.003A
Next Question
Question 1 of 10
Ohm's Law
What is the total resistance of a series circuit if the circuit's total current is 2mA and the applied voltage is 18 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the total resistance of a series circuit if the circuit's total current is 2mA and the applied voltage is 18 volts?
Correct Answer
9000 ohms
Ohm's Law states R = V/I. R = 18V / 2mA = 9000 ohms or 9K ohms
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total resistance of a series circuit if the circuit's total current is 2mA and the applied voltage is 18 volts?
Your Answer
Correct Answer
9000 ohms
Ohm's Law states R = V/I. R = 18V / 2mA = 9000 ohms or 9K ohms
Next Question
Question 1 of 10
Ohm's Law
What is the total resistance of a series circuit if the circuit's total current is 4mA and the applied voltage is 10 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the total resistance of a series circuit if the circuit's total current is 4mA and the applied voltage is 10 volts?
Correct Answer
2.5K ohms
Ohm's law states R = V/I. R = 10V / 4mA = 2500 ohms or 2.5K ohms
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total resistance of a series circuit if the circuit's total current is 4mA and the applied voltage is 10 volts?
Your Answer
Correct Answer
2.5K ohms
Ohm's law states R = V/I. R = 10V / 4mA = 2500 ohms or 2.5K ohms
Next Question
Question 1 of 10
Ohm's Law
What is the total resistance of a series circuit if the circuit's total current is 5mA and the applied voltage is 20 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the total resistance of a series circuit if the circuit's total current is 5mA and the applied voltage is 20 volts?
Correct Answer
4K ohms
Ohm's Law states R = V/I. R = 20V / 5mA = 4000 ohms or 4K ohms
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total resistance of a series circuit if the circuit's total current is 5mA and the applied voltage is 20 volts?
Your Answer
Correct Answer
4K ohms
Ohm's Law states R = V/I. R = 20V / 5mA = 4000 ohms or 4K ohms
Next Question
Question 1 of 10
Ohm's Law
What is the total resistance of a series circuit if the circuit's total current is 10mA and the applied voltage is 50 volts?
Question 1 of 10
Ohm's Law
Correct!
What is the total resistance of a series circuit if the circuit's total current is 10mA and the applied voltage is 50 volts?
Correct Answer
5K ohms
Ohm's law states R = V/I. R = 50V / 10mA = 5000 ohms or 5K ohms
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total resistance of a series circuit if the circuit's total current is 10mA and the applied voltage is 50 volts?
Your Answer
Correct Answer
5K ohms
Ohm's law states R = V/I. R = 50V / 10mA = 5000 ohms or 5K ohms
Next Question
Question 1 of 10
Ohm's Law
What is the total applied voltage to a series circuit if the circuit's total current is 10mA and the total resistance is 10K Ohms?
Question 1 of 10
Ohm's Law
Correct!
What is the total applied voltage to a series circuit if the circuit's total current is 10mA and the total resistance is 10K Ohms?
Correct Answer
100V
Ohm's Law states V = I x R. V = 10K ohms x 10mA = 100 volts
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total applied voltage to a series circuit if the circuit's total current is 10mA and the total resistance is 10K Ohms?
Your Answer
Correct Answer
100V
Ohm's Law states V = I x R. V = 10K ohms x 10mA = 100 volts
Next Question
Question 1 of 10
Ohm's Law
What is the total applied voltage to a series circuit if the circuit's total current is 1mA and the total resistance is 20K ohms?
Question 1 of 10
Ohm's Law
Correct!
What is the total applied voltage to a series circuit if the circuit's total current is 1mA and the total resistance is 20K ohms?
Correct Answer
20V
Ohm's Law states V=I x R. V = 20K ohms x 1mA = 20 volts
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total applied voltage to a series circuit if the circuit's total current is 1mA and the total resistance is 20K ohms?
Your Answer
Correct Answer
20V
Ohm's Law states V=I x R. V = 20K ohms x 1mA = 20 volts
Next Question
Question 1 of 10
Ohm's Law
What is the total applied voltage to a series circuit if the circuit's total current is 2mA and the total resistance is 5K ohms?
Question 1 of 10
Ohm's Law
Correct!
What is the total applied voltage to a series circuit if the circuit's total current is 2mA and the total resistance is 5K ohms?
Correct Answer
10V
Ohm's Law states V=IxR. V = 5K ohms x 2mA = 10 volts
Next Question
Question 1 of 10
Ohm's Law
Incorrect
What is the total applied voltage to a series circuit if the circuit's total current is 2mA and the total resistance is 5K ohms?
Your Answer
Correct Answer
10V
Ohm's Law states V=IxR. V = 5K ohms x 2mA = 10 volts
Next Question
Question 1 of 10
Ohm's Law
What is the total applied voltage to a series circuit if the circuit's total current is 0.5mA and the total resistance is 10K ohms?
Question 1 of 10
Ohm's Law
Correct!
What is the total applied voltage to a series circuit if the circuit's total current is 0.5mA and the total resistance is 10K ohms?
Correct Answer
5V
Ohm's Law states that V=I*R. V = 10K ohms x 0.5mA = 5 volts
Finish
Question 1 of 10
Ohm's Law
Incorrect
What is the total applied voltage to a series circuit if the circuit's total current is 0.5mA and the total resistance is 10K ohms?
Your Answer
Correct Answer
5V
Ohm's Law states that V=I*R. V = 10K ohms x 0.5mA = 5 volts
Finish
Question 1 of 10
Ohm's Law
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- Published
- 8/29/2013
- Last Updated
- 8/29/2013
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Ohm's Law by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.