There is a rec†an gular shaped circuit ACDF. In AF side, a capacitor of capaci†an ce C and a resistor R2=1Ω are present. In side CD, a battery of voltage V and key K( in between -ve terminal of battery and point D) are present. At the middle of side AC, a point B and at the middle of side DF, a point E is present. In between points B and E, a resistor R1=2Ω is connected. In between points E and D, a resistor R3=4Ω is connected. Now draw the circuit and find the total loss of energy through resistor R2, when key K is opened. -1) CV^2/18, 2)CV^2/54, 3)CV^2/2, 4)CV^2/104.

There is a rec†an gular shaped circuit ACDF. In AF side, a capacitor

1.	There is a rec†an gular shaped circuit ACDF. In AF side, a capacitor of capaci†an ce C and a resistor R2=1Ω are present. In side CD, a battery of voltage V and key K( in between -ve terminal of battery and point D) are present. At the middle of side AC, a point B and at the middle of side DF, a point E is present. In between points B and E, a resistor R1=2Ω is connected. In between points E and D, a resistor R3=4Ω is connected. Now draw the circuit and find the total loss of energy through resistor R2, when key K is opened. -1) CV^2/18, 2)CV^2/54, 3)CV^2/2, 4)CV^2/104.
Answer» There is a rec†an gular shaped circuit ACDF. In AF side, a capacitor of capaci†an ce C and a resistor R2=1Ω are present. In side CD, a battery of voltage V and key K( in between -ve terminal of battery and point D) are present. At the middle of side AC, a point B and at the middle of side DF, a point E is present. In between points B and E, a resistor R1=2Ω is connected. In between points E and D, a resistor R3=4Ω is connected. Now draw the circuit and find the total loss of energy through resistor R2, when key K is opened. -1) CV^2/18, 2)CV^2/54, 3)CV^2/2, 4)CV^2/104.