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The potential difference across a resistance of 14 N is 35V .Find the current through itIn this case, 2 resistances of 6 ohms and 4 ohms are connected in series. So the total resistance is given as 6 + 4 = 10ohms . across the circuit The potential difference is given as 20 V. The current in the circuit can be determined from the relation I =; V/R = 20/10 * A = 2A Hence, the current in the circuit is 2 ampere. As the current is same across a serially connected circuit, the voltage across the 6 ohms resistor can be determined using the relation: V = IR . That is, V = 2A * 6 * Omega = 12V Hence, the potential difference across the 6 ohms resistor is 12 V.
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