Question

what is the relationship between potential deffrence and direction of flow of current in an electric circuit​

Answer 1

Explanation:

Where as, Direction of flow of current (I) in an electric circuit, is the rate of charge flowing through it. The relationship between the Potential difference and Flow of current is : I=V/R

see the attachment

Answer 2

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ANSWER=Potential difference can be identified as difference in vibration and the work done. In either circuit, the processor or voltage, which is required to carry a current between the two points, is called a potential difference.

In other words, if a load is applied, the voltage is found on the battery or the terminal of the generator, It’s symbol is ‘V’ and unit is Volt, measured with a Voltmeter.

Where as, Direction of flow of current (I) in an electric circuit, is the rate of charge flowing through it.

The relationship between the Potential difference and Flow of current is : I=V/R.

Here, I implies Current flowing, V implies Voltage and, R implies Resistance in the circuit. It means, current is directly proportional to the voltage, and inversely proportional to resistance.

If the voltage is increased, the current in the circuit will increase.

But, if the resistance is increased, then there decrease in the current takes place, which is inversely proportional.