A switch is a device that stops and starts current flow in a circuit.
Current i.e.rate of flow of charge when stops flowing in a circuit then fuse does not blows out. The only work of fuse is to blow away when the current starts flowing greater in magnitude than the rated current value.
A circuit breaker is designed to stop the flow of electricity by tripping when current levels exceed a safe threshold. This interruption helps prevent damage to the electrical system and reduce the risk of fire caused by overload.
A fuse does not control the flow in a circuit, it limits the current in a circuit. If the load in a circuit shorts out the fuse link melts and opens the circuit and stops the current flow and prevents the wires feeding the circuit from melting and catching fire. resist
I assume you mean "soft iron" ... so that it quickly loses its magnetism when the current flow stops.
Yes, a switch is a device that stops and starts current flow in a circuit.
An open circuit.
The electric bell and the electric current stops over and over again because of the fluctuations in voltages.
The current to the load stops flowing and the load device stops operating.
The electrical current stops flowing.
No. Current passes through until its source stops, then there is no more current.
in the night the current stops
Current stops flowing.
current decreases because there is more resistance ( restistance stops currents)
When the electrical current stops in an electromagnet, the magnetic field produced by the coil will dissipate, causing the magnetism to disappear. The electromagnet will no longer attract or repel other magnetic materials until current is passed through the coil again.
When the filament in a light bulb breaks, the circuit is interrupted and there is no longer a complete path for the current to flow. Without a continuous path for electricity to follow, the current stops flowing and the light bulb stops working.
When you flip the switch to turn off the electromagnet, the flow of electric current stops, which in turn stops the magnetic field from being produced by the coil. The magnetic field is generated by the flow of electric current through the coil, so cutting off the current stops the magnetic field, causing the electromagnet to stop working.