3 bulb can be connected..............................
5
360
None at all.
Depend on watt and voltage use of light bulbs. You can use this ohm's law formular to calculate the current draw on light bulbs. I (current in amp) = P (watt)/ E (voltage) If 25W light bulb use in 115V AC (resident home) then current draw will be: 25/115 = 0.22A or 22 miliamperes. Hope this help.
if it works at the nominal power of 200kW (i.e. there's enough wind!), it's simply 200000/100=2000 light bulbs
There is no direct conversion . . . different types of lamp bulbs put out different amounts of light per watt.
The Empire State Building contains 3,194,547 light bulbs. so my house has like 55 light bulbs, what the hell. :P lol
None.
2000
we can use 12 no's
A 15-watt fluorescent should produce about as much light as a 75-watt incandescent.
None at all.
This is calculated using OHM's LAW, a set of mathematical equations, where TWO facts must first be known to calculate DIRECT CURRENT (DC such as a car battery system) or THREE facts must first be known to calculate ALTERNATING CURRENT (AC as in the portable generator or a household electrical outlet.) In order to determine WATTS for a generator producing 120 volts AC we also need to know the AMPs the generator is capable of producing and its POWER FACTOR (PF). Since the question reveals just ONE of the three facts (volts) to be known, an answer cannot be calculated. The formula is WATTS = VOLTS x AMPS x PF. If the "nameplate" containing the required information is missing there is a simple way to estimate the generator's WATT capability. Run the generator, plug in a bank of light bulbs. Start with perhaps five 100 watt bulbs to equal 500 watts. Add additional 100 watt bulbs until the circuit breaker "pops" and the bulbs are turned off or the generator quits. If electricity quits with 11 light bulbs (1,100 watts), remove one light bulb and try just 10. If this works okay the generator can be estimated to produce 1,000 watts. 15 bulbs would equal 1,500 watts. Light bulbs will be the most accurate "load" on the generator for estimating wattage. You can also attempt to determine the make and model number of the generator and search the Internet for its specifications or contact the manufacturer direct. -- BF
Depends on what the cows were doing!
Depend on watt and voltage use of light bulbs. You can use this ohm's law formular to calculate the current draw on light bulbs. I (current in amp) = P (watt)/ E (voltage) If 25W light bulb use in 115V AC (resident home) then current draw will be: 25/115 = 0.22A or 22 miliamperes. Hope this help.
Depends on the bulbs efficiency. The ones I've gotten in the past few years are between 700-800 lumens. Check the packaging, it should state.
An 8000 watt generator at regular house current 110v will supply 72 amps.
if it works at the nominal power of 200kW (i.e. there's enough wind!), it's simply 200000/100=2000 light bulbs
It depends on how many watts each panel can produce.