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1.3 decilion light bulbs for a single second.
it takes 1 C type battery <><><> That answer is not really very helpful because the question doesn't say what the voltage of the light bulbs is! This question cannot be answered without knowing at least the voltage of the light bulbs and also the voltage of the battery that is being asked about.
yes! connect all the bulbs in parallel.. i.e. battery positive terminal will be tied to one side terminals of bulb and other terminal to the other. but it will result in less power delivered.. and fast battery usage..
This question cannot be answered without knowing at least the voltage of the light bulbs and also the voltage of the battery that is being asked about.
This question cannot be answered properly without knowing at least the voltage of the light bulbs that are being asked about. When you know the bulbs' voltages then you will have to consider whether to wire them in series or in parallel to match the voltage available from the battery.
There are many varieties of wireless light fixtures requiring battery operation, of which some are remote control operated. Many of these lights use LED bulbs.
because one battery distributes an even amount of power. the only way that both of the light bulbs with two batteries will stay the same brightness is if the batteries ans light bulbs are in a parallel circuit. then the power is distributed evenly between the light bulbs. If the lighbulbs are in a simple circuit then the first lightbulb (in a positive to negative direction) will be brighter because it uses up more energy before it can get to the second light.
if it works at the nominal power of 200kW (i.e. there's enough wind!), it's simply 200000/100=2000 light bulbs
Depends on what type and quality of light bulbs.
we can use 12 no's
That depends on how many light bulbs are in the bathroom and how much power each of them use.
One possibility for what affects the voltage, is how many light bulbs, motors etc you have in the circuit causing the energy ( voltage ) to be shared.