Two electric bulbs rated `P_(1)` watt V volt and `P_(2)` watt V, these are joined in parallel and voltage V are applied to it. The total power will be

Two electic bulbs rated P_(1) watt V volts and P_(2) watt V volts are connected in parallel and V volts are applied to it. The total power will be

Two electric bulbs rated P_(1) and P_(2) watt at V volt are connected in series across V volt mains then their total power consumption P is

Two electric bulbs rated P_(1) and P_(2) watt at V volt are connected in series across V volt mains then their total power consumption P is

Two electric bulbs rated P_(1) watt and V volt, are connected in series, across V-volt supply. The total power consumed is

Two electric bulbs rated P_(1) watt and V volt, are connected in series, across V-volt supply. The total power consumed is

An electric bulb is rated 220 volt - 100 watt. The power consumed by it when operated on 110 volt will be

Each of two electric lamps has a voltage rating V and a watt rating P .If they are joined in series and are connected to a supply line of V volt , then ,

Two bulbs are rated (P_1, V) and (P_2, V) . If they are connected (i) in parallel across a supply of V find the power dissipated in the two combination in terms of P_1 and P_2 ?

In the above example, if we join the bulbs in parallel and 300 V is applied, which of the two bulbs will fuse?