When a circuit is connected in series, if one appliance stops working, other appliances connected in the series also stop working.

True

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False

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Solution

The correct option is A True
Series combination of a circuit:
In a series combination, the same current flows through the entire electrical appliances.
Potential is different for different circuits.
All tools work together, in series, if one appliance stops working, other appliances connected in the series also stop working.
Thus, the given statement is true.

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Similar questions

The accompanying figure shows some electrical appliances connected in a circuit in a house. Answer the following questions.

A. By which method are the appliances connected?

B. What must be the potential difference across individual appliances?

C. Will the current passing through each appliance be the same? Justify your answer.

D. Why are the domestic appliances connected in this way?

E. If the T.V. stops working, will the other appliances also stop working? Explain your answer.

How are the electrical appliances connected in a house circuit: in series or in parallel? Give reason.

(a) Which is the better way to connect lights and other electrical appliances in domestic wiring: series circuits or parallel circuits? Why?
(b) Chrismas tree lamps are usually wired in series. What happens if one lamp breaks?
(c) An electrician has wired a house in such a way that if a lamp gets fused in one room of the house, all the lamps in other rooms of the house stop working. What is the defect in the wiring?
(d) Draw a circuit diagram showing two electric lamps connected in parallel together with a cell and a switch that works both lamps. Mark an A on your diagram to show where an ammeter should be placed to measure the current.

When a circuit is connected in series, if one appliance stops working other appliance connected in series also stop working

If any one of the following appliances is out of order in a series circuit, all the other appliances, continue working.

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