Each resistor r shown in figure. Has a resistance of `10Omega` and the battery has an emf of 6V. Find the current supplied by battery.

Each resistor shown in figure has a resistance of 10(Omega) and the battery has an emf of 6 V.Find the current supplied by the battery .

Each resistor shown in the figure has a resistance of 10 Omega and the battery has the emf 6 V. What will be the current supplied by the battery ?

Each resistor shown in the figure has a resistance of 10 Omega and the battery has the emf 6 V. What will be the current supplied by the battery ?

Each of the resistors shown in figure has a resistances of 10(Omega) and each of the batteries has an emf of 10V.Find the currents through the resistors a and b in the two circuits.

Each of the resistors shown in figure has a resistances of 10(Omega) and each of the batteries has an emf of 10V.Find the currents through the resistors a and b in the two circuits.

Each of the resistors shown in figure has a resistances of 10(Omega) and each of the batteries has an emf of 10V.Find the currents through the resistors a and b in the two circuits.

Two resistance of 6Omega and 12 Omega are connected in parallel. Their terminals are conneted to a battery of e.m.f 4.8 V and internal resistance of 2Omega . Find the current supplied by the battery.

If all resistors in the shown network are of equal resistance, and the battery is of emf equal to 10 V and internal resistance equal to 1 Omega , what should be resistance of each resistor so that the battery delivers maximum power

An ideal battery passes a current of 5A through a resistor. When it is connected to another resistance of 10Omega in parallel, the current is 6A. Find the resistance of the first resistor.