There are far too many variables to say. The answer to this will be relaitive to your location, and you would need to take some measurements in your local area. The best way to calculate this would be to take a sample (say 1 foot square) and multiply your results by the number of square feet in one acre. A suggested means would be to use a rain gauge with a 1 foot square funnel, to measure total rain fallen on the area. then you would need to asertain the drop size. I would use a sheet of tissue paper, weigh it, then allow it to be hit by a single drop of average size, and then re-weigh. 1 gram will equal 1 millilitre, and thus you can work out how many drops by dividing your total water in your sample area. You may want to use a normal rain gauge in addition to this in order to get an acurate idea of when you acheive a 1 inch rainfall.
One inch of rain over 100 acres of land would equal about 27.1 million gallons of water. This calculation is found by multiplying the acreage (100 acres) by the volume of water in one inch of rain (27,154 gallons per acre-inch).
Well, you know there are 43,560 square feet in an acre, and you know there are 12 inches to a foot. The next clue you need is a conversion factor from volume in gallons to the units of area, which in this case is inches; so, there are 231 cubic inches to a gallon. You now have all the information you need to algebraically determine the number of gallons in an acre inch.
An acre is over 43 thousand square feet in area. It is a unit of measure that was created to measure land.
If all the water vapor in the Earth's atmosphere were to condense and fall to the ground, it would cover the globe with about 1 inch (2.5 cm) of water. This would equate to approximately 1/25th of an inch (1 mm) if evenly distributed over the entire surface of the Earth.
One inch of rain is equivalent to approximately 25.4 millimeters. To convert this to milliliters, we need to consider the area over which the rain falls. Assuming the rain falls evenly over one square meter, we can calculate the volume in milliliters by multiplying the rainfall in millimeters by 1,000 (since there are 1,000 milliliters in a liter). Therefore, one inch of rain is approximately equal to 25.4 millimeters or 25,400 milliliters per square meter.
27,154.286 gals. 226,610.6763 lbs. of water
1 acre = 43560 sq.feet. 1 foot deep water over an acre is 43560 cubic feet, which is 325851.4 gallons in 1 foot deep. If it is 1 inch deep (1/12 foot) then it is 27154.3 gallons in 1 inch deep.
1 acre = 43,560 square feet1 inch = 1/12 footVolume = 43,560 x 1/12 = 3,630 cubic feet = 27,154.3 gallons (rounded)
AnswerAn acre is 43,560 sq. ft. x 12 = 522,720 sq. in. At a depth of one inch, it's the same number of cubic inches.Water weighs 0.036127 lb/cu.in.43560*12*.036127= 18,884.30544 pounds, or 9.44215272 tonsThis is totally wrong. There is not 12 inches per square foot! There is 144 square iches in a square foot!43560*144 = 6,272,640 square inches per acre!6,272,640 cu. in. * 0.036127 lbs/cu. in. = 226611.7 lbs or 113.3 tons per inch or water on a acre!
It is 35% of an acre. Or a bit over one third of an acre.
0.40174471996624744 acre so a tiny bit over 2/5ths of an acre.
0.287 acres or just over a quarter of an acre
100x25 feet is 2500 square feet, which is 0.05739 acre. Just a bit over 1/20th of an acre.
One inch of rain over 100 acres of land would equal about 27.1 million gallons of water. This calculation is found by multiplying the acreage (100 acres) by the volume of water in one inch of rain (27,154 gallons per acre-inch).
A car traveling over 45 mph can hydroplane with about 1/10th of an inch of water on the road.
A car traveling over 45 mph can hydroplane with about 1/10th of an inch of water on the road.
Well, you know there are 43,560 square feet in an acre, and you know there are 12 inches to a foot. The next clue you need is a conversion factor from volume in gallons to the units of area, which in this case is inches; so, there are 231 cubic inches to a gallon. You now have all the information you need to algebraically determine the number of gallons in an acre inch.