If two conducting wires of the same length and cross section are combi

1.	If two conducting wires of the same length and cross section are combined first in a series and then in a parallel combination, what would be the ratio between the quantity of heat generated in the two series and parallel circuits?
Answer» Answer: Two conducting wires of the same material and of equal LENGTHS and equal DIAMETER are first connected in series and then parallel in a circuit across the same potential difference. The ratio of HEAT produced in series and parallel combinations WOULD be. (a) 1:2. (b) 2:1.

If two conducting wires of the same length and cross section are combined first in a series and then in a parallel combination, what would be the ratio between the quantity of heat generated in the two series and parallel circuits?

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Two conducting wires of the same material and of equal LENGTHS and equal DIAMETER are first connected in series and then parallel in a circuit across the same potential difference. The ratio of HEAT produced in series and parallel combinations WOULD be. (a) 1:2. (b) 2:1.

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If two conducting wires of the same length and cross section are combined first in a series and then in a parallel combination, what would be the ratio between the quantity of heat generated in the two series and parallel circuits?​

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If two conducting wires of the same length and cross section are combined first in a series and then in a parallel combination, what would be the ratio between the quantity of heat generated in the two series and parallel circuits?