1 kilowatt is equal to 1,000 watts, so a 100 watt bulb uses .1 kilowatt.
Technically, your home or business meter base measures kilowatt hours, meaning that it measures both the kilowatts and the amount of time. If you turn on 10 100 watt bulbs for 1 second, that would be a kilowatt, but the amount of power use would be insignificant.
So...
To calculate the kilowatt hours:
.1 kilowatts (from above, knowing the energy use of the bulb)
Multiplied by 24 hours in a day
Multiplied by 30 days...
.1(kilowatts) * 24(hours)* 30(hours in a day) = 72 kilowatt hours
Thsi depends on the light bulb specification. For example if you buy a standard 60W light bulb from your supmarket then this will consume 0.06kilowatts. Its simple just divide the wattage stated on the light bulb by 1000 to give you the kilowatts
It would appear you are mixing units, that is measures of distance and measures of time. However, it may be that you are referring to "light minutes", as such measure distance as well. Given that the speed of light in a vacuum is 299,792,458 per second, this would mean that one light minute would be 17,987,547,480 kilometers. We can readily see by this that such a small distance as thirty kilometers could only be expressed in a fraction of a light minute, and indeed would be only a fraction of a light second. If we take 299,792,458 kilometers and divide it by 30 kilometers, we see that 1/9,993,082th of a light second is about thirty kilometers. Therefore, in answer to "How long is thirty kilometers expressed in light seconds?", the answer is roughly 1/10 millionth of a light second.
you can test during the period, or anytime afterward if you are concerned that you were pregnant during the light period. ~pawsalmighty
50 watts is 0.05 kilowatts, so in 24 hours it uses 0.05 x 24 kilowatt-hours, or 1.2 kilowatt-hours of energy.
Irregular menstrual period means a period which is not a set number of days, it may be only a couple of days one cycle and then weeks the next. Irregular menstrual periods can also see irregular flow patterns so light then heavy one cycle, heavy all the way through the period of the next cycle.
k or kw stands for kilowatts - the amount of kilowatts the bulb burns to light up the filament.
"A standard light bulb I would consider to be a 60 watt light bulb, and kilowatts are the amount of usage in a light bulb. From my research I have found that a standard 60 watt light bulb uses approximately 1.44 Kilowatts per hour."
Thsi depends on the light bulb specification. For example if you buy a standard 60W light bulb from your supmarket then this will consume 0.06kilowatts. Its simple just divide the wattage stated on the light bulb by 1000 to give you the kilowatts
To convert mass energy to kilowatts, you need to first convert mass into energy using the equation E=mc^2, where c is the speed of light. Then, convert the energy into kilowatts by dividing by the desired time interval. A 100 grams of mass energy would correspond to a very large amount of kilowatts due to the speed of light being squared in the equation.
Convert the 100 watts to kilowatts. Calculate the total time in hours, and multiply by the number of kilowatts that the light bulb uses.
It does, a complete revolution every 24hrs, giving us a 24 hr day and light and dark.
25*24/1000 or: first convert wattage to kilowatts (25/1000) = .025 Kw then multiply by hours 24hrs X .025Kw = 0.6 Kwh about 6 cents/day see what wattage on your TV is.
It isn’t. Light is measured in lumens. Electric is measured in watts or kilowatts.
To calculate the power consumption in kilowatts, first convert the current from amperes to kilowatts using the formula P = V x I. In this case, P = 120V x 1.07A = 128.4 watts. Then, convert watts to kilowatts by dividing by 1000: 128.4 watts / 1000 = 0.1284 kW. Therefore, a 120 volt 100 watt light bulb pulling 1.07 amps uses 0.1284 kilowatts of power.
"32 years" is a period of time, not a distance. When astronomers get together and talk about the period of time that we call '32years', they refer to it among themselves as "thirty-two years". <><><> 32 LIGHT YEARS would come close to 10 Parsecs. A Parsec is about 3.26 light years.
That depends on how many light bulbs are in the bathroom and how much power each of them use.
To calculate the kilowatt hours (KWh) used to light a 30 watt light bulb for 1 hour, you would divide the wattage (30) by 1000 to get the kilowatt value (0.03). Then, multiply this by the number of hours (1) to get 0.03 KWh.