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) 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 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

If n capacitors are connected in parallel to a V volt source then total energy of the system is:

A 25 watt, 220 volt bulb and a 100 watt, 220 volt bulb are connected in series across 440 volt line

Three electric bulbs rated 40, 60 and 100 watts respectively are connected in parallel with 230 volts d.c. mains. The current (in amp) through the 60 W bulb and the effective resistance (in ohm) of the circuit will be respectively, approximately

A 220 volt and 800 watt electric kettle and three 220 volt and 100 watt bulbs are connected in parallel. On connecting this combination with 220 volt electric supply, the total current will be