The current in a simple series circuit is 5.0 A. When an additional resistance of `2.0 Omega` is inserted, the current drops to 4.0 A. The original resistance of the circuit in ohms was

The current in a simple series circuit is 5.0 amp. When an additional resistance of 2.0 ohms is inserted, the current drops to 4.0 amp. The original resistance of the circuit in ohm was

The current in a simple series circuit is 5.0 amp. When an additional resistance of 2.0 ohms is inserted, the current drops to 4.0 amp. The original resistance of the circuit in ohms was

The current in a simple series circuit is 5.0 amp . When an additional resistance of 2.0 ohms is inserted, the current drops to 4.0 amp . The original resistance of the circuit in ohms was

The current in a simple series cirucit is 5A. When an additional resistance of 2Omega is introduced, the current is reduced to 4A. Calculate the resistance of the original circuit. Assume that the applied potential difference is the same in both the cases.

The current in a simple series cirucit is 5A. When an additional resistance of 2Omega is introduced, the current is reduced to 4A. Calculate the resistance o fthe original circuit. Assume that the applied potential difference is the same in both the cses.

If the resistance of a circuit having 12 V source is increased by 4Omega the current drops by 0.5 A. What is the original resistance of circuit

the current in a circuit containing a battery connected to 2Omega resistance is 0.9 A . When ana additional resistance of 8Omega is connected to the same battery the current observed in the circuit is 0.3A . Then the internal resistance of the battery is xOmega . Find value of x.

the current in a circuit containing a battery connected to 2Omega resistance is 0.9 A . When ana additional resistance of 8Omega is connected to the same battery the current observed in the circuit is 0.3A . Then the internal resistance of the battery is xOmega . Find value of x.