In the circuit shown in figure (a), the emf of the ideal cell is E = 100 V and resistance R is 10 Omega. The current (I) – Voltage (V) characteristic of the circuit contained in box A is as shown in figure (b). find the potential difference across the box A.

In the circuit shown in figure (a), the emf of the ideal cell is E = 1

1.	In the circuit shown in figure (a), the emf of the ideal cell is E = 100 V and resistance R is 10 Omega. The current (I) – Voltage (V) characteristic of the circuit contained in box A is as shown in figure (b). find the potential difference across the box A.
Answer» ANSWER :25 V

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In the circuit shown in figure (a), the emf of the ideal cell is E = 100 V and resistance R is 10 Omega. The current (I) – Voltage (V) characteristic of the circuit contained in box A is as shown in figure (b). find the potential difference across the box A.

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