Difference between parallel combination and series combination of cells
Answers
Answer:
In parallel combination voltage is conserved i. e. Voltage remains same across each cell but the charge gets distributed whereas in series combination the charge is conserved i. e. the charge remains same across each cell but the voltage gets distributed.
Answer:
Detailed differences between parallel combination and series combination of cells has been provided:
Explanation:
Cells are said to be connected in series when they are joined end to end so that the same quantity of electricity must flow through each cell. Whereas, cells are connected in parallel when they are joined positive to positive and negative to negative such that current is divided between the cells. There are methods to calculate the equivalent resistances when multiple resistances are connected in series or parallel or sometimes in a combination of series and parallel.
A cell is a device that uses chemical energy to generate electricity and maintains the flow of charge in a circuit. The energy is obtained from the chemical reactions that take place within these cells. Cells are commonly referred to as batteries, which are an essential day to day product required for a number of tasks. It is important to note that a battery is a collection of cells. And when placed in different circuits (in series or parallel), it functions differently.
A cell consists of electrodes and electrolytes. The electrodes pass current in the circuit as they are conductors. The electrode which has higher potential is called anode or positive terminal of the cell. The electrode which has lower potential is called cathode or negative terminal of the cell.
A cell supplies energy when it is connected to an external load. The flow of current outside the cell is always from anode to cathode, while inside the cell the current flows from cathode to anode.
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