27,150 gallons.
259200 cubic inches or precisely 150 cubic feet
1 gallon
One inch of rain over one square foot is 1/12 cubic foot of water. A cubic foot of water weighs about 62.4 pounds. 1/12 of that is about 5.2 pounds.
Well think of it.....there really isn't that much compared to 2 in....
(1 in) * 1 (mile^2) = 17,378,742.9 US gallons 17378742.9 US gallons PURE WATER ≈ 145,032,638.36815932 pounds ≈ 65,785.6982 tonnes Rain water is probably heavier than pure H2O .. but I really have no idea.
27,154.286 gals. 226,610.6763 lbs. of water
An inch of rain implies water one inch deep per surface area. An inch of rain equals 5.61 gallons per yard. An inch of rain equals 27,150 gallons per acre.
One inch of rainfall on one acre is equivalent to 27,154 gallons of water. Therefore, four inches of rain on an acre would be equal to 108,616 gallons of water.
One inch of rain falling on one acre of land is equivalent to approximately 27,154 gallons of water.
None - an inch is a distance, a gallon is a volume. They are not directly linked.
1 acre = 43,560 square feet1 inch = 1/12 footVolume = 43,560 x 1/12 = 3,630 cubic feet = 27,154.3 gallons (rounded)
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).
Taking 1 inch to be about 2.5cm, an inch of rain on an area of 1m2 is approximatley 0.025m3, or 25000cm3. That is 25000ml or 25l of water.
57600 inches cubed
one inch of rain equals 3 cups of water (24 ounces) based on the area of a standard rain gauge.
Measureable phenomena occur in the natural world. A phenomenon is a happening, and measureable means it can be measured. For example, rain is a phenomenon, and it is measureable because you can put a rain gauge in the garden and measure how much falls. If it's an inch, that means 3630 cubic feet of water fell on the acre that you are in.
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.