Parallel Cell Combination Output Voltage
When multiple cells with the same electromotive force (emf) are connected in parallel, the overall output voltage (or equivalent emf) remains the same as the emf of a single cell.
Given:
- Emf of each cell, \(\mathcal{E} = 1.5\) V
- Number of cells, \(n = 4\)
- Connection type: Parallel
For a parallel combination of identical cells, the equivalent emf (\(\mathcal{E}_{\text{eq}}\)) is calculated as:
\(\mathcal{E}_{\text{eq}} = \mathcal{E}\)Substituting the given value:
\(\mathcal{E}_{\text{eq}} = 1.5 \text{ V}\)Therefore, the output voltage of the parallel combination is 1.5 V.
Similar Questions
- In which part of a cell does oxidation take place?
- Trickle charging of a storage battery helps to:
- In general, battery capacity is written in ______.
- Which of the following material is used for negative pole of a dry cell?
- Dry cell E.M.F Value is approximately________.
In a mercury cell, zinc-mercury amalgam is used as an anode and carbon is used as a cathode. A paste of _______ is used as an electrolyte.
Which one of the following is not a rechargeable dry cell?
Important Questions from Cells and Batteries
Two ampere hour (Ah) is equal to how many Coulombs?
In ideal case, the charging current for 200 Ah battery would be-
- To significantly increase the maximum continuous discharge current (C-rate) a lithium-ion battery pack can safely supply, while maintaining its nominal voltage, which of the following architectural design modifications is most effective?
Which of the following is an example of a primary battery?
Which of the following statement is correct for primary cell with regards to secondary cell?
