It depends what the power rating of the appliance is. A 500 watt microwave will use half a kilowatt if it's run for an hour on full power. A 750 watt unit will use 3/4 of a unit in the same time period.
In a ring, 'MP' marking typically stands for "Microwave Proof." This designation indicates that the material or item can withstand microwave heating without degrading or releasing harmful substances. It's often used for dinnerware or containers intended for microwave use.
I would use a histogram.
Watt hour is a measurement of energy use, something that's pulling one watt during one hour. Tera is a multiplier, 1x10^18, so it's either something pulling one watt for that many hours, or it's something pulling that many watts for one hour or something inbetween.
There are exac- wait I actually want you to figure it out by yourself so try these equations- 60x 24=___. ( because 60 mins in hour and 24 hour day) let's use w for the answer to that problem. So if w=60x 24, then your answer would be this- w x 365=_____? you can use a calculator to figure these out if you want
Use dimensional analysis/unit analysis/factor label (all different terms for the same concept). 7 miles/second * 60 sec/min * 60 min/hour = 25200 miles/hour
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To convert BTUs to kilowatts, you can use the conversion factor where 1 BTU per hour is approximately equal to 0.000293 kilowatts. Therefore, to convert 14,000 BTUs to kilowatts, you multiply 14,000 by 0.000293, which equals approximately 4.1 kilowatts.
A hair dryer uses about 1 kW, a tumble dryer uses 3 kW.
0.04 kilowatts one kilowatt is 1000 watts
A 400-watt light uses energy at the rate of 0.4 kilowatt. In 1 hour, it uses 0.4 kilowatt-hour of energy.
None. There is no such thing as a 'kilowatt per hour'. If, on the other hand, you are asking how many 'kilowatt hours' a flatscreen television uses, simply look at its nameplate to find its power rating in kilowatts (more likely, it's in watts, so you need to divide by 1000), and multiply it by 1 to find the number of kilowatt hours consumed over a period of one hour.
Anything that uses 40 kilowatts would use 40 kilowatt-hours for each and every hour.
Energy-saving bulbs use much less than 1 kilowatt and most of them use less than 40 watts which is 0.04 kilowatts. A 20 watt bulb uses 1 kilowatt-hour of energy if run for 50 hours.
0.05 to 0.1 kW.
To calculate the kilowatts per hour used by a 1.5 hp electric motor, you first convert horsepower to kilowatts: 1.5 hp is approximately 1.12 kW (1 hp ≈ 0.746 kW). If the motor runs continuously for one hour, it would consume about 1.12 kWh. However, the actual consumption may vary based on the motor's efficiency and load conditions.
The kilowatts will very depending on the size of the heating element(s) and the size of the pump(s).