Look on the dryers nameplate for the actual wattage. Lets assume that it is 7200 watts. You pay for electricity by the killowatt/hour. So you are using 7200 of 7.2 Kw/Hr. Look on your power bill and it should tell you how much they are charging you per Kw/Hr. It could be .04 to .15 (who knows). Mine is .06 cents per Kw/Hr. Calculate .06 x 7.2 = .432 cents/hour
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Except that the heater is only running for part of the time, so in reality this depends on what you set the temperature to. 50% duty cycle is probably a good estimate, in which case it will be about half of the above.
A electric or a gas dryer, or one in a laundromat?
To run a (our) gas dryer...
One kilowatt-hour (kWh) of electricity in Los Angeles was $0.193 in September, 2012. It is rated at 6 amps and 22000 btu. As it's probably over-rated, and I'm assuming you want what it costs on high speed dry, I'm going to assume it uses 5 amps. At 120 volts 5 amps is 600 watt. At $.193/kWh that is $0.1158, or to the closest penny, 12 cents.
The dryer is rated for 22000 BTUs, but we're billed in Therms. As one Therm is 100,000 BTU, that means the dryer uses (can use?) .22 Therms/h. At $1.027/therm that is about $0.23.
$0.23 + $0.12 = $0.35 to run the dryer for an hour (at the high speed, high temp setting).
To run an electric dryer? I found a similar 7 cubic foot capacity one on line, it uses 220v at 30A which translates to 6600 Watts. At $.193/kWh that is $1.27 to run for an hour. Of course, just because it's rated at 30A, it doesn't mean it uses that much.
In a laundromat? The closest one to us costs three quarters for 20 minutes, which would be $2.25 per hour.
To answer this question a voltage and amperage must be stated to establish the wattage of the microwave oven. If the nameplate states the wattage then this data can be used. To establish a cost to operate, the cost from the utility company in kW/hr must also be stated. This cost can be found on your utility bill.
Depends on how many watts it is drawing. Example: 1500 watts = 1.5KW. Run for 1 hr = 1.5KWhr. If you pay 10cents for KWhr then the cost is 1.5 x 10cents = 15 cents.
1.5 Kilowatt hours. This is about 20 cents worth of electricity.
Most tumble dryers use 3.5 kw/ph,the average cost of a kilowatt is about 15p so running one for an hour would cost about 50p( I think!)
$1,000,000,000,000
As they are all different, why not just go to a shop which specialises in selling dryers and read the rating plates on the backs of the dryers? Or ask the shop staff for details?
The actual cost will depend on the charge by your supplier. It can be calculated by finding the cost of 15% of one unit of electricity (kw hour)
3 cents
It saves the total cost of running the clothes dryer.
$0.45
Clothes shed so much when you put them in the dryer because the dryer is extremely hot and because they were just wet from the washer and you place them in the dryer the heat drys all the wetness which can over dry the clothes and they can shrink
3000 watts
Yes, a gas dryer is better than an electric dryer. A gas dryer becomes much hotter so therefore your clothes dry faster. Also natural gas as piped to homes costs less per kilowatt-hour than the equivalent amount of household electrical power. However the initial purchase cost of a gas dryer is much more than an electric dryer and the installation costs cost ofa gas dryer can be much higher too because it needs a piped gas supply as well as electricity.
The clothes dryer, a common household appliance, generally weights in the 100 pound to 150 pound range depending on the make and model.
£2.00
=how much did clothes in 1970s cost=
the thermal fuse gets too hot, it will blow, and completely shut down your dryer until it is replaced. basically the repair can cost you pretty much and you will feel better to get a new one than replacing it.
No it is only heat and air. It is too much detergent that bonds to the fibers and pulls them together, thus shrinking the overall size. Not the dryer unless the clothes are left in too long and the heat damages the fibers.
Electrical energy is converted to heat in the heating element. It is also converted to magnetic energy in the motor, which is converted into mechanical energy (and turns the drum). If it is a gas dryer, chemical energy is turned to heat at the burner.
i think its the electricity(static electricity) created in the dryer, i guess you can try not to use too much heat and too much clothes in one machine because i guess that's what makes it static,you know they compress and create pressure and stuff and that's why they stick together...