around 400 SF, not ft
Many variables but for normal conditions 100 btu will be plenty
12000 BTUs/Hr. Coverage 550 sf
Having this: 400 sqf/ ton and 1 ton= 12000 BTU/h The area to be heated is 162,000 sqf so 162000/400= 405 tons 405 tonsx12000=4'860,000 btuh Converting 4'860,000 btu to watts=1424325.24 watts/hr to heat a 162,000 sf area Regards
3.27 x 2.35 = 25.128315 Any of those numbers can be rounded to any number of significant figures (SF) both before and after the multiplication. We just need to know how many SF you would like.
Combat SF has 204 pages.
SF has a single bond but it is not a molecule.
196,600 sf = 4.513 acres
You need 18 squares, which is 54 bundles.
On average it takes about 1,600 BTUs to heat 50 square feet. Multiplying 50 by 1600 equals about 80,000. Therefore, the heating plan of 1,600 square foot are would take about 80,000 BTUs.
110,000 btu Since British Thermal Unit deals with volume rather than area, we need to know the height of the ceilings. The original answer probably (and sensibly) assumes standard 8' ceilings. Hate to sound like a nitpicker, but many of today's homes have at least one room with a "cathedral" or vaulted ceiling. My previous home had "Saltbox" architecture; at one place in the great room (which comprised 1/2 the house's total square footage) reached a height of 42' sloping to 8' in front and 35' in the rear. The total square footage of the house was ~1700, where the cubic footage must have been almost 3 times that of a standard 1700 sf house.
If you use a standard 4-inch thickness you will need a minimum of 6.17 cubic yards.