Examples of Conductors: 1. Copper wire is often used in electrical wire to conduct electricity. 2. Metal pots and pans transfer heat from the stove to the food inside of them to cook it. 3. A circuit board in a computer has many small metal wires that conduct electricity from one part to another. 4. ...

In a household electric circuit different appliances are connected in parallel to one another. Give two reasons. An electrician puts a fuse of rating 5 A in that part of domestic electrical circuit in which an electric heater of rating 1.5 kW, 220 V is operating.

Different electrical appliances in a domestic circuit are connected in parallel due to following reasons: 1. In a parallel connection, if one of the appliances is switched off or gets fused, there is no effect on the other appliances and they keep on running. 2. In parallel connection, the same voltage of the mains line is available for all the electrical appliances.

08/09/2021eParallel circuits electric and power chapter 20 series diffe electrical appliances household can u count how many or connection of loads in house 18 direct cur domestic brainly j connect multiple ... In Dometic Electric Circuits The Appliances Are Connected Parallel Why Domestic Brainly ... one is a source of voltage difference that can ppt electric power chapter 20 essential questions how do differ …

11/03/2018eThey are connected in parallel because.. 1. As in parallel voltage remains the same and the current divides so each device can get 220v and the current required by th to work. 2. If one device is not working or is damaged then it will not affect the working of the others. webew7 and 297 more users found this answer helpful.

(i) If one electrical appliance stops working due to some defect, then all other appliances keep working properly. (ii) Each electrical appliance has its own switch due to which it can be turned on or turned off independently, without affecting other appliances. (iii) Each electrical appliance gets the same voltage as that of the power supply line.

Two advantages (i) To have equal potential difference across each appliance. (ii) Each appliance has separate switch to the flow of current through it, so that each circuit can work independently.

The home/domestic appliances are connected in parallel due to following reasons: The home appliances are rated for same voltage(i.e. 230 V) but different powers. When connected in parallel, the performance of each appliances becomes independent of the other.