-- Write down the number of kwh
-- Write down the number of square feet
-- Divide the first number by the second number.
-- The answer is mathematically correct, but doesn't appear to have
any physical significance in the real world.
Monthly rent per square foot is total monthly rent divided by the square footage Monthly Rent Per Square Foot x 12 to Calculate Annual Rent Home Loan EMI Calculator by Dwarkaexpresswayhomes. Easy to understand online Housing Loan EMI Calculator that helps calculate the EMI required to pay for your dream home. Know EMIs here!
A 1,200 square feet parcel at $7.25 per square foot is worth: 1200 sq.ft. X $7.25/sq.ft. = $8,700
you figure lengtH TIMES WIDTH TIMES heigth then add material cost per foot
Given that there are 144 square inches per square foot, 100,000 pounds per sqaure foot equals 694.44 pounds per square inch.
The construction cost per square foot in Asheville, North Carolina is about $88 per square foot. This means a 3000 square foot building would cost about $264,000 to build.
For lighting use 0.1 watts of CFL per square foot, so 5-6 kW. In the summer, nothing for heating.
Monthly rent per square foot is total monthly rent divided by the square footage Monthly Rent Per Square Foot x 12 to Calculate Annual Rent Home Loan EMI Calculator by Dwarkaexpresswayhomes. Easy to understand online Housing Loan EMI Calculator that helps calculate the EMI required to pay for your dream home. Know EMIs here!
To calculate the cost per kWh given 35 kWh of usage and the total cost, divide the total cost by the number of kWh. For example, if the total cost is $70 for 35 kWh, the cost per kWh would be $70 / 35 kWh = $2 per kWh.
A 1,200 square feet parcel at $7.25 per square foot is worth: 1200 sq.ft. X $7.25/sq.ft. = $8,700
40 watts/sq ft for 1700 sq ft = 68,000 watts or 68 kw. If you are going to keep this on 24/7, then the number of hours is 31 x 24 =744 (I have assumed 31 days in the month), so the usage is simply 68 x 744 = 50592 kwh
Annual sales / Total Sq Ft
Not enough data to calculate. Location in the world would be a good start. The rate at which you purchase power per kWh from the electricity utility company is also needed to find a cost.
If you buy a 500 square foot house three storey it will cost around 1 million us$ in a prime locations like Delhi & Mumbai....now u can calculate cost per square foot.... (200 us$ per square foot...)
I'm finding that here in Southeast Virginia. My 1200 square foot home on average uses a little over 1200 kWh per month. That's with a wife and kid at home 24/7. The previous year they were only home for a few months and the average that year was about 1000 kWh. So I think the average could possibly be about the same as your square footage. Would also depend on climates, R-values, habits. We're fairly conservative.
Labor cost per square foot to wire a house may vary depending on your contractors rates. They will usually have a rate per hour. You can multiple the hourly rate by the square footage needed per hour.
Divide the heat loss or gain obtained by the load calculation by square footage of the building.
For example, a land area of 40,518 square feet with a plot ratio of 1.4 can be developed into apartments with a maximum floor area of 56,725 square feet. If the purchase price of the land is $77.33 million, then the per square foot per plot ratio price is $77.33m/(40,518 x 1.4) = $1,363 psf ppr.