Two squares ABCD and BEFC have the side BC in common. The sides are of

1.	Two squares ABCD and BEFC have the side BC in common. The sides are of conducting wires with resistances as follows: AB,BE,FC and CD each 20mega:AD,BC,EF each 10mega. A cell of e.m.f. 2V and internal resistance 20mega is joined across AD. Find the currents in various branches of the circuit.
Answer» ANSWER: bdhdhddu Explanation: bxnxhxhfhshshdhhd

Two squares ABCD and BEFC have the side BC in common. The sides are of conducting wires with resistances as follows: AB,BE,FC and CD each 20mega:AD,BC,EF each 10mega. A cell of e.m.f. 2V and internal resistance 20mega is joined across AD. Find the currents in various branches of the circuit.

Answer»

ANSWER:

bdhdhddu

Explanation:

bxnxhxhfhshshdhhd

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Two squares ABCD and BEFC have the side BC in common. The sides are of conducting wires with resistances as follows: AB,BE,FC and CD each 20mega:AD,BC,EF each 10mega. A cell of e.m.f. 2V and internal resistance 20mega is joined across AD. Find the currents in various branches of the circuit.​

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Two squares ABCD and BEFC have the side BC in common. The sides are of conducting wires with resistances as follows: AB,BE,FC and CD each 20mega:AD,BC,EF each 10mega. A cell of e.m.f. 2V and internal resistance 20mega is joined across AD. Find the currents in various branches of the circuit.