An ideal choke takes a current of 8A when connectd to an AC source of 100V and 50 Hz. A pure resistor under the same condition strikes a current of 10A. If two are connected in series to an AC supply of 100V and 40Hz, then the current in the series combination of above resistor and inductor `sqrt(10x)`A. Find value of x

An ideal choke takes a current of 8A when connected to an a.c. source of 100 volt and 50Hz . A pure resistor under the same conditions takes a current of 10A . If two are connected in series to an a.c. supply of 100V and 40Hz , then the current in the series combination of above resistor and inductor is

An ideal choke takes a current of 8A when connected to an a.c. source of 100 volt and 50Hz . A pure resistor under the same conditions takes a current of 10A . If two are connected in series to an a.c. supply of 100V and 40Hz , then the current in the series combination of above resistor and inductor is

An ideal choke takes a current of 10 A when connected to an ac supply of 125 V and 50 Hz. A pure resistor under the same conditions takes a current of 12.5 A. If the two are connected to an ac supply of 100 V and 40 Hz, then the current in series combination of above resistor and inductor is

An ideal choke takes a current of 10 A when connected to an ac supply of 125 V and 50 Hz. A pure resistor under the same conditions takes a current of 12.5 A. If the two are connected to an ac supply of 100 V and 40 Hz, then the current in series combination of above resistor and inductor is

An ideal choke coil takes a current fo 8 ampere when connected to an AC supply of 100 volt and 50 Hz . A pure resistor under the same conditions takes a current of 10 ampere. If the two are connected to an AC supply of 150 volts and 40 Hz then the current in a series combination of the above resistor and inductor is

An ideal choke takes a current fo 10 A when connected to an ac supply of 125 V and 50 Hz . A pure resistor under the same conditions take a current of 12.5 A . If the two are connected to an ac supply of 100 V and 40 Hz , then the current in series combination of above resistor and inductor is (10^(x))/(sqrt(2)) what is the value of x