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phyphysics
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When the cells are connected in parallel, what happens to the total current drawn when compared with the arrangement that the cells are connected in series?
HallsofIvy said:That looks like something you could easily look up in textbook. Have you tried that?
Watch your words! :grumpy:Dirac said:Have you tried posting something useful up, you sarcastic prat.
Dirac said:Have you tried posting something useful up, you sarcastic prat.
When in parallel the current is shared in each component according to (V/Ri)
Whilst in series equal current goes through each component
Dirac.
What is the voltage of the parallel cells?phyphysics said:When the cells are connected in parallel, what happens to the total current drawn when compared with the arrangement that the cells are connected in series?
Connecting cells in parallel means that the positive terminals of multiple cells are connected together, as well as the negative terminals. This allows for the cells to work together to produce a larger total current.
When cells are connected in parallel, the total current increases. This is because each cell contributes its own current, and the total current is the sum of all the individual currents.
Connecting cells in parallel can be useful for increasing the total current, as well as ensuring a more stable and reliable power source. It also allows for the cells to share the workload, potentially prolonging their overall lifespan.
When cells are connected in parallel, the voltage remains the same for each individual cell. However, the overall voltage of the circuit may decrease slightly due to the increased current.
One potential downside of connecting cells in parallel is that if one cell fails, it can bring down the entire circuit. Additionally, if the cells have different internal resistances, it can lead to uneven distribution of current and affect the overall performance of the circuit.