357226 A non-ideal ammeter and voltmeter are connected in series with an ideal cell of emf \({E=22 {~V}}\) as shown in figure. Reading of the voltmeter is \({V_{0}}\). When a resistance is added in parallel to the voltmeter its reading becomes \({\dfrac{V_{0}}{10}}\) and the reading of the ammeter becomes 10 times the earlier value. Find the value of \({V_{0}}\)

357227 Among the following the false statement is

357228 In the circuit shown below, the ammeter and the voltmeter readings are 3 \(A\) and 6 \(V\) respectively. Then the value of the resistance \(R\) is

357229 In figure, the ammeter ( \({I}\) ) reads a current of 10 \(mA\) , while the voltmeter reads a potential difference of 3 \(V\) . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmeters as non ideal).

The resistance of ammeter is \({m \times 10^{2} \Omega}\). What is the value of \({m}\) ?

357226 A non-ideal ammeter and voltmeter are connected in series with an ideal cell of emf \({E=22 {~V}}\) as shown in figure. Reading of the voltmeter is \({V_{0}}\). When a resistance is added in parallel to the voltmeter its reading becomes \({\dfrac{V_{0}}{10}}\) and the reading of the ammeter becomes 10 times the earlier value. Find the value of \({V_{0}}\)

357227 Among the following the false statement is

357228 In the circuit shown below, the ammeter and the voltmeter readings are 3 \(A\) and 6 \(V\) respectively. Then the value of the resistance \(R\) is

357229 In figure, the ammeter ( \({I}\) ) reads a current of 10 \(mA\) , while the voltmeter reads a potential difference of 3 \(V\) . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmeters as non ideal).

The resistance of ammeter is \({m \times 10^{2} \Omega}\). What is the value of \({m}\) ?

357226 A non-ideal ammeter and voltmeter are connected in series with an ideal cell of emf \({E=22 {~V}}\) as shown in figure. Reading of the voltmeter is \({V_{0}}\). When a resistance is added in parallel to the voltmeter its reading becomes \({\dfrac{V_{0}}{10}}\) and the reading of the ammeter becomes 10 times the earlier value. Find the value of \({V_{0}}\)

357227 Among the following the false statement is

357228 In the circuit shown below, the ammeter and the voltmeter readings are 3 \(A\) and 6 \(V\) respectively. Then the value of the resistance \(R\) is

357229 In figure, the ammeter ( \({I}\) ) reads a current of 10 \(mA\) , while the voltmeter reads a potential difference of 3 \(V\) . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmeters as non ideal).

The resistance of ammeter is \({m \times 10^{2} \Omega}\). What is the value of \({m}\) ?

357226 A non-ideal ammeter and voltmeter are connected in series with an ideal cell of emf \({E=22 {~V}}\) as shown in figure. Reading of the voltmeter is \({V_{0}}\). When a resistance is added in parallel to the voltmeter its reading becomes \({\dfrac{V_{0}}{10}}\) and the reading of the ammeter becomes 10 times the earlier value. Find the value of \({V_{0}}\)

357227 Among the following the false statement is

357228 In the circuit shown below, the ammeter and the voltmeter readings are 3 \(A\) and 6 \(V\) respectively. Then the value of the resistance \(R\) is

357229 In figure, the ammeter ( \({I}\) ) reads a current of 10 \(mA\) , while the voltmeter reads a potential difference of 3 \(V\) . The ammeters are identical, and the internal resistance of the battery is negligible (consider all ammeters and voltmeters as non ideal).

The resistance of ammeter is \({m \times 10^{2} \Omega}\). What is the value of \({m}\) ?