This depends on many factors like the area of the pavement being covered and the thickness of the pavement. This question is very general and can have many answers. Here are some conversions to help figure out how many sq ft 1 ton of asphalt cover. 0.056 tons asphalt/ SY (1 in thick) and 9 sf/1 SY. using these conversions will yield an answer of 1 ton of asphalt (1 in thick) coverinig 160.7 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
Stone Chips = 2.833 lbs/sf Tar = 22.8 sf/gal @ .4-in thick Notes: The equipment spray bar is 12-ft wide. If your road is 18-ft wide 200-ft long, 2 passes are required. Your calculation: 200-ft x 18-ft = 3600-sf x 2 passes = 7200-sf 7200-sf x 2.833 = 20397.6 lbs / 2000-lbs = 10.2-ton 10.2-ton x $14.45/ton (or local cost) = $147.39 for the chips 200-ft x 18-ft = 3600-sf x 2 passes = 7200-sf 7200-sf / 22.5-gal = 320-gal 320-gal x $2.10/gal (or local cost) = $672.00 for the tar Labor and equipment are local costs and dependent on the contractor
Combat SF has 204 pages.
SF has a single bond but it is not a molecule.
196,600 sf = 4.513 acres
128 sf is 14.2 sq yards.
600 spf A good general rule of thumb is 20 BTU per square foot. So, a 200 sf room would require a 4000 BTU ac unit. If you use 20btu per square foot to determine the required tonnage, you will be under sizing your system. For example 20btux1500sf=30000btu. There are 12000 btu per ton so you are using a 2.5 ton system to cool 1500 sf. On a hot summer day your electric meter will be spinning like a tilt-a-whirl at the county fair. Your air conditioner is designed to run at it peak performance when the ambient temperature is 95 degrees or below. When the ambient heat or heat index exceeds 95 degrees you a/c is working harder and running longer. When sizing an a/c system you should take into consideration the summer climate where you live. In Texas we use 500 sf per ton as a rule with homes that have 8 foot ceilings, however walls with western exposure, windows facing the west (sun set) and vaulted or high ceilings should be considered in your determination. In commercial application you use 400 sf per ton, but you also factor the number of people occupying the space, equipment that generates heat and the amount of make up air that is required. 0sf-750 sf= 1.5 ton 751-1000sf= 2.0 ton 100sf1-1250sf=2.5 ton 1251sf-1500sf=3.0 ton 1501sf-1750sf=3.5 ton 1751sf-2000sf=4.0 ton 2001sf-2500sf=5.0 ton
Depends on your weather, your house insulation and air tightness. General rule one ton for 500 SF, so at least you need 10 ton, basically two 5-ton systems. Price vary lots of depending on the low end or high end product, accessories you like to have.
13 1/2 sf for 2 foot deep 27 sf for 1 foot deep 54 sf for 6 inches deep 108 sf for 3 inches deep
The general rule of thumb is 500 square feet/ton. the most accurate way is to calculate the heat gain of your home, which requires a manual J CD
35,284 SF = 0.81 acre45,560 SF = 1 acre