if we decrease the voltage passing through a circuit, (suppose that the amount of resistance encountered by the voltage remains the same/constant), the current passing through the circuit will be most likely to decrease as well.
Similarly, if the voltage decreases (the current remains constant), the resistance is expecting to decrease also
poohbearhug said:if we decrease the voltage passing through a circuit, (suppose that the amount of resistance encountered by the voltage remains the same/constant), the current passing through the circuit will be most likely to decrease as well. Similarly, if the voltage decreases (the current remains constant), the resistance is expecting to decrease also
IS THIS CORRECT? PLEASE HELP ME.
The current in the circuit will decrease as well. This is because according to Ohm's Law, current is directly proportional to voltage. As voltage decreases, so does the amount of current flowing through the circuit.
No, the resistance in the circuit will remain the same. Resistance is a physical property of the material that the circuit is made of and is not affected by changes in voltage.
The power output of the circuit will also decrease. Power is directly proportional to both voltage and current, so as the voltage decreases, the overall power output of the circuit will decrease as well.
Yes, decreasing the voltage can affect the components in the circuit. Some components, such as light bulbs, may not function properly if the voltage is too low. Additionally, sensitive electronic components may be damaged if the voltage is too high or too low.
Yes, there is a limit to how much we can decrease the voltage in a circuit. Every component in a circuit has a minimum operating voltage, and if the voltage is decreased below this threshold, the component may not function properly or at all. Additionally, if the voltage is too low, the circuit may not be able to power the desired load or may not work at all.