Why we do not use series combination of connecting electric appliances

1.	Why we do not use series combination of connecting electric appliances in household circuit ?❌ no spam ❌
Answer» What Question Says ? Here, it is asked that why the ELECTRIC appliances in HOUSEHOLD circuit should not be connected by USING series combination connection. Answer : ★ Electrical appliances at home mainly connected in parallel. ★ It is because, in parallel connections, same voltage appears across each appliance. ${\boxed{\boxed {\bf {\red{Demerits}}}}} \\$ Disadvantages of a series circuit : $\bullet \: \:$ Since the same current flows THROUGHOUT the series circuit, electrical devices operating at different current ratings cannot be connected in it. $\bullet \: \:$ When one component FAILS, the circuit is broken and none of the components work. ${\boxed{\boxed {\bf {\green{Merits}}}}} \\$ The advantages of connecting electrical appliances in parallel with the battery, instead of connecting them in series : $\bullet \: \:$ A parallel circuit divides the current through the electrical gadgets. $\bullet \: \:$ Therefore, it is possible to connect electrical devices operating at different current ratings to the same voltage source. $\bullet \: \:$ When one devices fails, the circuit is not broken and other components keep working. $\bullet \: \:$ Hence, that is why parallel connection is more convenient than that of series one.

Why we do not use series combination of connecting electric appliances in household circuit ?❌ no spam ❌

Answer»

What Question Says ?

Here, it is asked that why the ELECTRIC appliances in HOUSEHOLD circuit should not be connected by USING series combination connection.

Answer :

★ Electrical appliances at home mainly connected in parallel.

★ It is because, in parallel connections, same voltage appears across each appliance.

${\boxed{\boxed {\bf {\red{Demerits}}}}} \\$

Disadvantages of a series circuit :

$\bullet \: \:$ Since the same current flows THROUGHOUT the series circuit, electrical devices operating at different current ratings cannot be connected in it.

$\bullet \: \:$ When one component FAILS, the circuit is broken and none of the components work.

${\boxed{\boxed {\bf {\green{Merits}}}}} \\$

The advantages of connecting electrical appliances in parallel with the battery, instead of connecting them in series :

$\bullet \: \:$ A parallel circuit divides the current through the electrical gadgets.

$\bullet \: \:$ Therefore, it is possible to connect electrical devices operating at different current ratings to the same voltage source.

$\bullet \: \:$ When one devices fails, the circuit is not broken and other components keep working.

$\bullet \: \:$ Hence, that is why parallel connection is more convenient than that of series one.