In the circuit shown in the figure, the reading of the voltmeter is `V_(1)` when only `S_(1)` is closed,v-(2) when only s-2 is closed and `V_(3)` when both `S_(1) and S_(2)` are closed. From this we can conclude that

In the circuit shown in figure reading of voltmeter is V_(1) when only S_(1) is closed, reading of voltmeter is V_(2) when only S_(2) is closed and reading of voltmeter is V_(3) when both S_(1) and S_(2) are closed. Then 1) V_(3) gt V_(2) gt V_(1) 2) V_(2) gt V_(1) gt V_(3) 3) V_(3) gt V_(1) gt V_(2) 4) V_(1) gt V_(2) gt V_(3)

In the circuit shown in figure reading of voltmeter is V_(1) when only S_(1) is closed , reading of voltmeter is V_(2) when only S_(2) is closed . The reading of voltmeter is V_(3) when both S_(1) and S_(2) are closed then

In the circuit shown in figure, reading of voltmeter is V_1 when only S_1 is closed, reading of voltmeter is V_2 when only S_2 is closed, and reading of voltmeter is V_3 when both S_1 and S_2 are closed. Then .

In the circuit shown in figure, reading of voltmeter is V_1 when only S_1 is closed, reading of voltmeter is V_2 when only S_2 is closed, and reading of voltmeter is V_3 when both S_1 and S_2 are closed. Then .

In the circuit shown in the figure, reading of ammeter is I_1 when only S_1 is closed, reading of of ammeter is is I_2 when only S_2 is closed and reading of Ammeter,is I_3 when both S_1 and S_2 are closed then .

In the circuit shown in the figure, reading of ammeter is I_1 when only S_1 is closed, reading of of ammeter is is I_2 when only S_2 is closed and reading of Ammeter,is I_3 when both S_1 and S_2 are closed then .

In the circuit shown above, when then switch S is closed,

In the circuit shown in figure , calculate the following Current through S in the circuit when S is closed.

In the circuit shown, the reading of ammeter when switch S is open and when switch S is closed respectively are

In the circuit shown in figure, switch S is initially closed and S is open. Find V-V