In an ideal transformer, the voltage and current in the primary are `200V` and 2 A respectively and voltage in secondary is `2000V`. The value of the current in secondary is

In an ideal transformer, the voltagae and the current in the primary coil are 200V and 2 A, respectively. If the voltage in the secondary coil is 200 V, then the value of current in the secondary coil will be

In an ideal transformer, the voltagae and the current in the primary coil are 200V and 2 A, respectively. If the voltage in the secondary coil is 200 V, then the value of current in the secondary coil will be

In an ideal transformer, the voltage and the current in the primary are 200 V, 2A and that in the secondary are 2000 V, I A. The value of I is (A)

In a step-up transformer the voltage in the primary is 220 V and the currrent is 5A . The secondary voltage is found to be 22000V . The current in the secondary (neglect losses)is

In a step-up transformer the voltage in the primary is 220 V and the currrent is 5A . The secondary voltage is found to be 22000V . The current in the secondary (neglect losses)is

In a step-up transformer the voltage in the primary is 220 V and the currrent is 5A . The secondary voltage is found to be 22000V . The current in the secondary (neglect losses)is

In an ideal transformer, number of turns in primary and secondary are 200 and 1000 respectively. If the power input to the primary is 10 kW at 200 V, calculate current in parimary.

In a transformer, the number of turns in primary and secondary are 500 and 2000 respectively. If current in primary is 48A , the current in the secondary is

In a transformer, the number of turns in primary and secondary are 500 and 2000 respectively. If current in primary is 48A , the current in the secondary is

In an ideal transformer , the primary and the secondary voltages always have