What Is The Potential Difference (Voltage) If A Resistance Of 20 Ohms Produces A Current Of 10 Amperes?

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What Is The Potential Difference (Voltage) If A Resistance Of 20 Ohms Produces A Current Of 10 Amperes?. Different components behave differently when their resistance changes: Thus, v = 10 a × 20.

5.1 Potential Difference, Current & Resistance
5.1 Potential Difference, Current & Resistance from www.slideshare.net

The potential difference (voltage) is 200 volts. This is calculated using ohm's law: Thus, v = 10 a × 20.

V = I × R.


The potential difference is 10v. This is calculated using ohm's law: The potential difference (voltage) across a resistor can be calculated using ohm's law, which states that the voltage (v) across a resistor is equal to the current (i) through the resistor times.

The Potential Difference Across A Resistor With 20 Ohms Of Resistance And A Current Of 10 Amperes Is 200 Volts.


To find the potential difference (voltage), we can use ohm's law, which states that the potential difference (v) is equal to the current (i). The potential difference (voltage) is 200 volts. Different components behave differently when their resistance changes:

Resistors Limit The Flow Of Current.


This use case allows you to quickly determine the electrical potential. Enter the values for the electric potential at two different points to instantly calculate the potential difference between them. Thus, v = 10 a × 20.

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