In following circuit potential at point 'A' is zero then determine
(a) Potential at each point
(b) Potential difference across each resistance
( c) Identify the batteries which act as a source
(d) Current in each battery
( e) Which resistance counsumed maximu power
(f) Which battery consume or gives maximum power.

If the potential difference across the internal resistance r_(1) is equal to the emf E of the battery, then

In the given circuit determine (a) Equivalent resistance (Including internal resistance ). (b) Current in each resistance ( c) Potential difference across each resistance (d) The rate awich the chemical energy of the cell is consumed ( e) The rate at which heat is generated inside the battery (f) Electric power output (h) Which resistance consumes maximum power (f) Power dissipated in 3 Omega resistance.

In the given circuit determine (a) Equivalent resistance (Including internal resistance ). (b) Current in each resistance ( c) Potential difference across each resistance (d) The rate awich the chemical energy of the cell is consumed ( e) The rate at which heat is generated inside the battery (f) Electric power output (h) Which resistance consumes maximum power (f) Power dissipated in 3 Omega resistance.

In given circuit determine . (a) The rate at which chemical energy of the cell is consumed (b) The rate at which heat is generated inside the battery (c ) Electric power output (d) Which resistance consumes maximum power (e ) Power dissipated across 4Omega resistance

In given circuit determine (a) Equivalent resistance (Including internal resistance). (b) Current I, i_(1), i_(2)'" and "i_(3) ( c) Potential difference across battery and each resistance (d) The rate at which the chemical energy of the cell is consumed (e ) The rate at which heat is generated insisde the battry (f) Electric power output (g) Which resistance consumes miximum power ? (h) Power dissipated across 4Omega resistance.

In the circuit shown in figure potential differences across 6Omega resistance is 4 volt. Find V and i values across each resistance. Also find emf E of the applied battery.

In the circuit shown in figure potential differences across 6Omega resistance is 4 volt. Find V and i values across each resistance. Also find emf E of the applied battery.

State how are the two resistors joined with a battery in each of the following cases when : potential difference is same across each resistor,