Physics, asked by arjunkprabhu23, 4 months ago

Why are parallel connections used in homes? Write 5 reasons​

Answers

Answered by Anonymous
3

Answer:

Parallel arrangement is used in domestic wiring so as to provide equal amount of energy to all the appliances. Moreover if fault or short circuit occurs in any circuit it will nor not result in the disconnection to other circuits. This reduces the equivalent resistance and results in consumption of less energy.

  • Parallel circuits are used in homes because the loads can be operated independently of each other. ... If the circuit contained only lights, the lights would get dimmer with the addition of more lights. A parallel circuit doesn't do that. Each load gets the full voltage of the circuit.

  1. 4 advantages of parallel electrical circuits
  2. 4 advantages of parallel electrical circuitsIndependent components. When you turn on one gadget, you don't necessarily want to turn on all the others. ...
  3. 4 advantages of parallel electrical circuitsIndependent components. When you turn on one gadget, you don't necessarily want to turn on all the others. ...Consistent voltage. Most appliances require at least 110 volts of electricity. ...
  4. 4 advantages of parallel electrical circuitsIndependent components. When you turn on one gadget, you don't necessarily want to turn on all the others. ...Consistent voltage. Most appliances require at least 110 volts of electricity. ...Allows for additional components. ...
  5. 4 advantages of parallel electrical circuitsIndependent components. When you turn on one gadget, you don't necessarily want to turn on all the others. ...Consistent voltage. Most appliances require at least 110 volts of electricity. ...Allows for additional components. ...Simple, safe and reliable.

Answered by parulkalita2
2

Answer:

1) parallel connections are used in home because if one components fail then the other components continues its work.

2) In parallel connection the current is divided and so, all the components works along with same amount of current in it.

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