For safety a circuit should not be operated at over 80 percent of capacity. In this case that would be 12 amps. At 120 vac that would allow about 1450 watts. So although a 15 amp breaker could theoretically power 18 100 watt lamps, in practice you should limit the number to 14 or fewer. I would personally not exceed 12.
3 bulb can be connected..............................
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
One can purchase 100 watt light bulbs from various websites like Amazon or eBay. One could also visit a local furniture store and ask if they have any for sale.
None.
2000
we can use 12 no's
The recommended wattage for 25 watt light bulbs in this fixture is 25 watts.
3 bulb can be connected..............................
A 15-watt fluorescent should produce about as much light as a 75-watt incandescent.
None at all.
watt
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.
A watt is a measurement of electricity, usually pertaining to light. Light bulbs luminosity is graded by wattage, such as a 60 watt bulb, 100 watt bulb and so on. You would find a watt in a light bulb, to start.
The total wattage of the light fixture with 3 60-watt bulbs is 180 watts (3 bulbs x 60 watts per bulb).