(700 watts) x (10 hours/day) x (30 days/month) x (1 kilowatt / 1,000 watts) =
(700 x 10 x 30 / 1,000) (watt - hour - day - kilowatt / day - month - watt) =
210 kilowatt-hour / month
We're guessing that the actual cost of your electric energy is $0.09 per kilowatt-hour.
(210 kilowatt-hour / month) x ($0.09 / kilowatt-hour) = $18.90 per month .
This is difficult to answer, because it depends on many factors -- how often the door is opened, the ambient temperature, how much is in the refrigerator, and whether new items were recently added to the refrigerator and need to be cooled down. Most frost-free refrigerators have a timer that runs them for 6 hours, then defrosts them for 30-35 minutes. This means, at the the upper limit a refrigerator might run 24 hours out of every 26 hours, or an equivalent of 22.1 hours per day. (The timer only runs when the compressor runs on energy saving models, so if the compressor motor doesn't run continuously, the intervals between defrost periods will be longer than 6 hours.) Once the contents are cooled down, a modern refrigerator in good condition might be expected to run 27% to 37% of the time at an ambient temperature of 70°F, i.e., 6.5 to 8.9 hours per day, and 45% to 61% of the time at an ambient temperature of 90°°F, i.e., 10.8 to 14.6 hours per day. The only practical way to determine how long a refrigerator runs each day is to connect a run-time counter to the compressor motor circuit and operate the refrigerator for one to two weeks, or longer, then read the total run time from the counter and calculate the average number of hours the refrigerator ran each day.
It depends on the size of the party. But a normal kitchen refrigerator takes about ¼ - ½ kWh per day.
My refrigerator is a normal one in the kitchen and it uses about 0.4 kWh each day. If a party refrigerator is 2 x as big it would use 2 x as much energy each day.
A refrigerator is not on all the time. It is controlled by a thermostat that keeps it at a certain temperature. To answer this question the total number of hours the refrigerator was actually running would have to be recorded. Knowing this information and the voltage at which the refrigerator operates a calculation could be made.
It took about 5 hours to get the 1st cubes
(Number of employees) X (number of hours worked by each in the given period.)
(Number of employees) X (number of hours worked by each in the given period.)
Take to gross weekly earnings and divide by 40 if you have the monthly salary (exculding deductions as above ) divide the monthly gross income by 160 (which is 40 hours per week times 4)
The duration of The Refrigerator - film - is 1.43 hours.
To calculate your bill, you will need to take your usage for the month (in kilowatt hours) and multiply by the energy rate, which is currently 9.17 cents per kilowatt hour. Add this to your monthly customer charge (currently a flat rate of $7.21 for all Alcoa Electric residential customers) to get your total monthly charge.
You can rise the rolls in the refrigerator by putting them inside for about 12 hours to cool.
yes, after 4 hours past since you unplugged it, you can replug it! 4 hours would be good because of how a refrigerator system works..
Take to gross weekly earnings and divide by 40 if you have the monthly salary (exculding deductions as above ) divide the monthly gross income by 160 (which is 40 hours per week times 4)
no
To solidify
Monthly salary with 35 hours training
There are 30 days in a month and each day has 24 hours. This is how we calculate.