Derive an expression of system of resistors in parallel combination.�

1.	Derive an expression of system of resistors in parallel combination.
Answer» ong>Answer: Laws of RESISTANCES in parallel: Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the APPLIED voltage. Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the applied voltage. (ii) TOTAL current = Sum of the currents through the INDIVIDUAL resistances. Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the applied voltage. (ii) Total current = Sum of the currents through the individual resistances. (iii) Currents through various resistances are INVERSELY proportional to the individual resistances.

Derive an expression of system of resistors in parallel combination.

Answer»

ong>Answer:

Laws of RESISTANCES in parallel:

Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the APPLIED voltage.

Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the applied voltage. (ii) TOTAL current = Sum of the currents through the INDIVIDUAL resistances.

Laws of resistances in parallel:(i) Voltage across each resistance is same and is equal to the applied voltage. (ii) Total current = Sum of the currents through the individual resistances. (iii) Currents through various resistances are INVERSELY proportional to the individual resistances.

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