Cells are connected in series in order to increase the
Answers
Answer:
the cells are connected in series in order to increase the output voltage.
Kirchhoff's law states that the voltage across the cells can be raised by connecting the cells in series.
The electric current capacity of the cells will match that of a single cell at the same time. (Same current in series with increased voltage.)
Cells
In addition to producing electricity, cells also produce chemical processes. Batteries are made up of one or more electrochemical cells.
Each cell has two terminals, specifically:
Anode:
The anode is the terminal from which current enters a circuit or device from the outside, acting as an incoming channel for the current.
Cathode:
The cathode, which provides an outgoing current flow from the circuit or device, is the terminal from which the current exits.
The two easiest methods for connecting to a mobile network are as follows:
Series Relationship:
The connecting of components in a sequential array of components is known as a series connection.
Parallel Relationship:
The linking of components to other components side by side is known as the parallel connection.
Series Connection of Cells:
- Cells are connected end to end in a series such that each cell receives the same current.
- When the cells are wired in series, the battery's emf is linked to the total emf of the individual cells.
- If we have several cells and they are organized so that the positive terminals of one cell are connected to the negative terminals of the others, and then the negative terminals are connected to the positive terminals again, and so on, we can say that the cells are connected in series.
#SPJ6