To calculate the energy used by a toaster, you need to know its power rating. Let's assume a typical toaster uses around 800 watts. In 5 minutes, the toaster would consume 800 watts * 5 minutes = 4000 watt-minutes of energy. To convert to watt-hours, divide by 60 to get 4000 watt-minutes / 60 = 66.67 watt-hours, or 0.067 kilowatt-hours.
Oh, dude, wasted energy in a toaster is like when you put in a single slice of bread and the toaster is all like, "I gotta heat up all these coils just for one slice?!" It's basically when the toaster uses more energy than necessary to toast your bread because you didn't fill it up. So, like, next time, just pop in a couple more slices and save some energy, man.
actually, there is usually a sticker under your toaster. The amount of watts, and volts can change from different companies, and the size of toaster you have. My toaster can fit 4 pieces of toast and it uses 120 volts and 1500 watts
The energy used during 10 minutes of exercise at 500 W can be calculated using the formula: Energy (kWh) = Power (kW) x Time (hours). First, convert 10 minutes to hours (10 min x 1 hour / 60 minutes = 0.167 hours). Then, calculate the energy used: Energy = 0.5 kW x 0.167 hours = 0.0835 kWh.
A 1500 watt hair dryer used for 10 minutes would consume 0.25 kWh of energy.
Power is typically measured in watts, which represent the rate at which energy is expended over time. Since power is a measure of energy per unit time, it is commonly expressed in terms of minutes to provide a more practical and meaningful representation of how much work can be done over a certain period. Additionally, using minutes allows for easier comparison and calculation of energy consumption over longer durations.
Look at the nameplate for the wattage, then observe how many minutes it takes to toast. Multiply together to get kw.minutes and then divide by 60 to get Kw.hours
Two main differences are between 110V and 220V. One is the voltage and the other the frequency (60Hz and 50Hz, respectively). In a pure electrical (not electronic) toaster, the frequency shouldn't matter. On the other hand, if we think the toaster as a resistance heater and nothing else, then the amount of heat delivered to the toast is Q=V^2/R Since the only change in going from 110V to 220V is to double the Voltage, then we see from here that the heat will be enhanced by a factor 4. This is too much. I'd say that the wires which get red and transmit the heat would blow up if the amount of heat they deliver is 4 times what they were made for. However, this is a pure theoretical guess. In these cases nothing better that somebody who tried it tells us what happened! Ezequiel.
Large does not tell us much. However the rating will be printed somewhere on the appliance.
That really depends on the toaster. Try it out, with your own toaster.
It depends, how much toast do you have.... It also depends on how many toast your toaster can toast.
Oh, dude, wasted energy in a toaster is like when you put in a single slice of bread and the toaster is all like, "I gotta heat up all these coils just for one slice?!" It's basically when the toaster uses more energy than necessary to toast your bread because you didn't fill it up. So, like, next time, just pop in a couple more slices and save some energy, man.
Should be ok provided you do not draw too much current.
The related link states a toaster uses 800 to 1500 watts. I make my toast in a small toaster oven, and I read on the bottom of the appliance that it uses 1500 watts. Now, energy use is measured in watt-hours. To figure out how long toast takes to cook, I put a piece of bread in the oven- it took about 4 minutes to toast, so: 1500 x 4/60 = 400 watts-hours. Now, on my electric bill, the power use is given in kilowatt hours, so I divide 400 by 1000, and get 0.4 kilowatt-hour (0.4 kwh), which isn't much electrical use. See related links.
110v x 3.2 a=352 watts time 5= 17600.00 watts or 353 watts per hour
Hydro was much cheaper in the 1950's :)
First calculate the power: P = I2R. Power will be in watts. Then multiply power x time to get the total amount of energy transferred. If the time is in seconds and the power in watts, the energy will be in joules. (In this case you need to convert the time to seconds first.)
1,000,000,000 $