The accompanying figure shows some electrical appliances connected in

1.	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.
Answer» A. Appliances are connected in parallel. B. The potential difference across all appliances is same in parallel connection. C. No, as every appliance has a different load (resistance), the current flowing through each appliance will be different. D. The domestic appliances are connected in parallel as the potential difference remains same. E. No, the other devices will not stop working as the current flowing through them is along different paths.

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.

Answer»

A. Appliances are connected in parallel.

B. The potential difference across all appliances is same in parallel connection.

C. No, as every appliance has a different load (resistance), the current flowing through each appliance will be different.

D. The domestic appliances are connected in parallel as the potential difference remains same.

E. No, the other devices will not stop working as the current flowing through them is along different paths.