A wire when connected to `220V` mains sapply power dissipation `P_(1)` Now the wire is cut into two equal pieces which are connected in parallel to the same apply power dissipation in this case is `P_(2)` then `P_(1) : P_(2)` is

A wire when connected to 220 V mains supply has power dissipation P_(1) . Now, the wire is cut into two equal pieces which are connected in parallel to same supply. Power dissipation in this case is P_(2) . Then, P_(1) : P_(2) is

A wire when connected to 220 V mains supply has power dissipation P_1 . Now the wire is cut into two equal pieces which are connected in parallel to the same supply. Power dissipation in this case is P_2 then P_2 : P_1 is

A wire when connected to 220 V mains supply has power dissipation P_1 . Now the wire is cut into two equal pieces which are connected in parallel to the same supply. Power dissipation in this case is P_2. Then P_2: P_1 is

A wire when connected to 220 V mains supply has power dissipation P_1 . Now the wire is cut into two equal pieces which are connected in parallel to the same supply. Power dissipation in this case is P_2 . Then P_2: P_1 is

A wire when connected to 220 V mains supply has power dissipation P_1 . Now the wire is cut into two equal pieces which are connected in parallel to the same supply. Power dissipation in this case is P_2 . Then P_2: P_1 is

A wire when connected to 220 V mains supply has power dissipation P_1 . Now the wire is cut into two equal pieces which are connected in parallel to the same supply. Power dissipation in this case is P_2 . Then P_2: P_1 is