SOLUTION: In electronics, according to Ohm's law, E = IR, where "E" is voltage (measured in volts), "I" is current (measured in amps), and "R" is resistance (measured in ohms).

Algebra ->  Average -> SOLUTION: In electronics, according to Ohm's law, E = IR, where "E" is voltage (measured in volts), "I" is current (measured in amps), and "R" is resistance (measured in ohms).       Log On


   

Question 875570: In electronics, according to Ohm's law, E = IR, where "E" is
voltage (measured in volts), "I" is current (measured in amps), and
"R" is resistance (measured in ohms).
What is the resistance in a circuit having a voltage of 0.02 volts
and a current of 1 milliamp (or 0.001 amps)?
Answer: R=0.02/0.01ohm

Answer by Alan3354(69443) About Me  (Show Source):
You can put this solution on YOUR website!
What is the resistance in a circuit having a voltage of 0.02 volts
and a current of 1 milliamp (or 0.001 amps)?
Answer: R=0.02/0.01ohm
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No.
R = 0.02/0.001 ohms
Not 0.01