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 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

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 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 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