The function of a cell in an electrical circuit is to push the lectrons around the circuit. It can also be the source of charge in an electrical circuit.
A circuit needs a cell to provide a source of electrical energy, which is essential for the flow of electric current. The cell converts stored chemical energy into electrical energy, allowing the circuit to power devices and components. Without a cell, there would be no voltage to drive the current, rendering the circuit non-functional. Thus, the cell acts as the fundamental power source that enables the entire circuit to operate.
to push the electrons around the circuit Sakke is AN IDIOt
Assuming you are talking about electrical circuits: "Cell" is the name given for a battery. Without a cell in the circuit, there is no supply of electricity. Therefore there is no electric circuit.
The type of circuit you are describing is known as a simple circuit. It consists of a power source (electric cell), a switch, a conductor (usually wire), and a resistor to control the flow of electric current.
A cell basically works as a producer of a potential difference in the circuit which is necessary for the electrons to travel in a region. Therefore using this principle we can understand that almost anything that can produce a PD can be used in an electric circuit. The best example would be of emf through EM induction of the Faraday's experiment
the cell is the battery.
it's function is to supply energy(electric)
A circuit needs a cell to provide a source of electrical energy, which is essential for the flow of electric current. The cell converts stored chemical energy into electrical energy, allowing the circuit to power devices and components. Without a cell, there would be no voltage to drive the current, rendering the circuit non-functional. Thus, the cell acts as the fundamental power source that enables the entire circuit to operate.
yes
to push the electrons around the circuit Sakke is AN IDIOt
Assuming you are talking about electrical circuits: "Cell" is the name given for a battery. Without a cell in the circuit, there is no supply of electricity. Therefore there is no electric circuit.
Terminal
D. Terminals
Circuit B
The type of circuit you are describing is known as a simple circuit. It consists of a power source (electric cell), a switch, a conductor (usually wire), and a resistor to control the flow of electric current.
Well, you should really measure the open-circuit voltage and the short circuit current both under dark and light conditions and then compare them to fully characterize a solar cell. Measuring the open-circuit voltage means measuring the voltage across the cell when no current is flowing (i.e., with a LARGE resistance as a load on the cell). Measuring the short-circuit current means measuring the current when the voltage across the circuit is essentially zero (i.e., with a VERY SMALL resistance as a load on the cell--thus, "short-circuit" current).
A cell basically works as a producer of a potential difference in the circuit which is necessary for the electrons to travel in a region. Therefore using this principle we can understand that almost anything that can produce a PD can be used in an electric circuit. The best example would be of emf through EM induction of the Faraday's experiment