25 units per day (winter), 10 units per day (summer).
100$ 920 kw hours per month
a day is shorter than month and a year is longer than both day and month
It depends what your voltage is and how much your electricity costs. Assuming you are running standard residential voltage and your electricity costs 10 cents per kilowatt-hour. 1 Amp would cost you 1 cent per hour or 29 cents per day or $105 per year.
2~30Mw
Leap year. Feburary does it for three years straight.
100$ 920 kw hours per month
100$ 920 kw hours per month
day, month and year
Look at the manufacturers label for the air conditioner to determine the wattage rating. Use that to figure out how many watts per hour. For ease of comparison/math convert that number to kilowatts. Your electric company usually bills customers in kilowatts. Multiply the kilowatts for your AC unit times the hours per day and multiply that by the cost per kWH, divide by 100 (decimal placement) and you have your answer. Using a 3.5 KWh (Central) conditioner: 12 cents electricity: $312usd month, or $3,744usd a year. 40 cents electricity: $1042usd month, or $12,504 a year. Using a 0.9 KWh (medium) conditioner: 12 cents electricity: $80usd month, $960 a year. 40 cents electricity: $268usd a month, $3,216 a year. Using a 0.5 KWh (small) conditioner: 12 cents electricity: $45usd a month, $540 a year. 40 cents electricity: $149usd a month, $1,788 a year. Unit cost * kW * hours / 100= For example a 1000W unit operated for 24 hours a day at a cost of 10 cents per kWH: 10*1*24/100= $2.40 a day, running continuously.
a day is shorter than month and a year is longer than both day and month
There was no day, month or year zero.
How to change date range from, Month, Day, Year, to Day, Month ,Year, when receiving mail in Outlook Express
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2.5 gallons
That depends on the year you were born in, not so much the month and day.
Each month. And it is a leap year, not a leep year!
40,000 a year and 3,0000 a day and 20,000 a week and 10,321 a month that's alot of money that Fred has