EEQ = nEEquivalent internal resistance req = nrParallel grouping:In parallel grouping, all anodes are connected at one point and all cathode are connected together at other points.If n identical cells are connected in parallelEquivalent emf of the combination Eeq = EEquivalent internal resistance req = r/nAnalysis:Batteries or voltage sources added in series give adding emf and in parallel increased current but the same emf.10 V and 10 V are in series GIVING a total of 20 V. 6 V and 6 V are in parallel giving a total of 6 V (emf will not CHANGE). The given circuit can be simplified asHence the resultant POTENTIAL difference between A and B is 14 V.Detailed Concept and Video Solution

"> EEQ = nEEquivalent internal resistance req = nrParallel grouping:In parallel grouping, all anodes are connected at one point and all cathode are connected together at other points.If n identical cells are connected in parallelEquivalent emf of the combination Eeq = EEquivalent internal resistance req = r/nAnalysis:Batteries or voltage sources added in series give adding emf and in parallel increased current but the same emf.10 V and 10 V are in series GIVING a total of 20 V. 6 V and 6 V are in parallel giving a total of 6 V (emf will not CHANGE). The given circuit can be simplified asHence the resultant POTENTIAL difference between A and B is 14 V.Detailed Concept and Video Solution

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What is the potential difference between A and B of the following circuit?

General Knowledge General Awareness in General Knowledge 8 months ago

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Concept:Series grouping: In series grouping anode of one cell is connected to the cathode of other cells and so on.If n identical cells are connected in seriesEquivalent emf of the combination EEQ = nEEquivalent internal resistance req = nrParallel grouping:In parallel grouping, all anodes are connected at one point and all cathode are connected together at other points.If n identical cells are connected in parallelEquivalent emf of the combination Eeq = EEquivalent internal resistance req = r/nAnalysis:Batteries or voltage sources added in series give adding emf and in parallel increased current but the same emf.10 V and 10 V are in series GIVING a total of 20 V. 6 V and 6 V are in parallel giving a total of 6 V (emf will not CHANGE). The given circuit can be simplified asHence the resultant POTENTIAL difference between A and B is 14 V.Detailed Concept and Video Solution

Posted on 18 Nov 2024, this text provides information on General Knowledge related to General Awareness in General Knowledge. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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