Heat produced in a wire of resistance R due to current flowing at constant potential difference is proportional to

When a current flows in a wire of resistance R at a constan t potential difference, then the value of heat produced by a current is inversely proportional to:

When a current flows in a wire of resistance R at a constan t potential difference, then the value of heat produced by a current is inversely proportional to:

When a current flows in a wire of resistance R at a constan t potential difference, then the value of heat produced by a current is inversely proportional to:

The heat produced in a wire of resistance 'X' when a current 'Y' flows through it in time 'Z' is given by

A cell is connected to a 9 ohm resistance, because of which heat of 400 J is produced per second due to current flowing through it. Obtain the potential difference applied across the resistance.

The heat produced in a wire of resistance 'x' when a current 'y' flows through it in time 'z' is given by:

A cell is connected to a 9 ohm resistance, beacause of which heat of 400 J is produced per second due to current following through it.Obtain the potential difference applied across the resistance.

The heat developed in an electric wire of resistance R by a current I for a time t is