Question

What happens when connecting too many appliances at a time to a single socket?

Answer 1

Hint:An electric circuit is a continuous and closed channel of electric current. An electric circuit is made up of electrical equipment, a power source, and cables that are connected by a switch. Domestic electric circuits show how different types of switches, cables, and circuits are used to supply electricity to houses.

Complete step by step answer:
A parallel circuit has branches that split the current such that just a portion of it travels through each branch. In a parallel circuit, the voltage, or potential difference, between each branch is the same, but the currents may differ. The appliances are linked in parallel, resulting in a lower overall resistance in the circuit and more electricity flowing through the socket.

Too many appliances on a single socket implies too much load is shared across several nodes. The current will rise much higher as a result of this. If the socket does not have a fuse, the wiring of the socket may burn as a result.When we connect appliances in our homes, they are linked in a parallel manner. This lowers the circuit's overall resistance. As a result, the total current flowing through the socket rises. If a fuse is attached to the socket, the fuse will burn out.

However, if the fuse is not attached, the socket wire might burn, resulting in a fire. Circuit breakers are installed in your electrical system to safeguard you from the dangers of overloads. A circuit breaker is a tiny device that is found at the beginning of every electrical line. It may detect an unusually high current flow and stop the current to prevent overheating in the line.

Note:The following measures should be taken to avoid overloading home circuits;
-It is not advisable to connect too many gadgets to a single outlet.
-It is not a good idea to use too many appliances at the same time.
-Appliances that are faulty should not be connected to the circuit.
-The fuse should be connected in series to the circuit.
-Proper earthing of the all-electric circuit, which ensures that any current leakage in an electric device is transmitted to the ground and that persons using the item are not shocked.
-Avoid using high-wattage equipment like an electric iron on a daily basis.