Asked by jasmine
A 10-volt power supply is used to power a circuit, producing a current of 2 A. If the total resistance of the circuit is doubled, how will this affect the circuit?
The current will change so that the voltage drop for a complete loop through the circuit becomes 5 V.
The voltage drops across each resistor will be unaffected because each will remain at 0 V.
The current will change so that the voltage drop for a complete loop through the circuit remains at 10 V.
The voltage drops across each resistor will all double to match the change in resistance.
The current will change so that the voltage drop for a complete loop through the circuit becomes 5 V.
The voltage drops across each resistor will be unaffected because each will remain at 0 V.
The current will change so that the voltage drop for a complete loop through the circuit remains at 10 V.
The voltage drops across each resistor will all double to match the change in resistance.
Answers
Answered by
R_scott
increasing the resistance lowers the current
the supply voltage doesn't change
the supply voltage doesn't change
Answered by
yo mom
@rscot you are stupid
Answered by
anonymous
yoh but wats the asnwer
Answered by
worm
The current will change so that the voltage drop for a complete loop through the circuit remains at 10 V.
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.