In order to calculate a fertilizer application rate, you will need: (1) the N-P2O5-K2O content of the material from the package label, (2) your target rate (normally from a soil test), (3) the total area you will be applying to, and (4) the density of the material if a liquid fertilizer is to be used.
One ton of granular fertilizer is applied to one acre.
Specifically, the amount can be adjusted by circumstance. For example, age of plants, environmental stresses and soil conditions may require more or less. Particularly challenging conditions such as depleted soils and prolonged drought may require greater amounts of nutrient ingredients. They may result in twice the tonnage in fertilizer applications.
a lot of fertilizer is needed
The 0-11-52 means 0% Nitrogen (N), 11% Phosphorous (P) and 52 Potassium (K). The ratio of P to K that you need is 35/60 or ~ 1/2, but the P to K ratio of your "fertilizer" is 11/52 or ~ 1/5. You should get a fertilizer with a ratio more in line with what you need or expect to have to apply multiple fertilizers. Here is how you work out how much to apply per acre for each nutrient. Using Potassium as an example lbs to apply per acre = <lbs nutrient required per acre> / <% nutrient> lbs K to apply per acre = 60 / 0.52 ~ 120 lbs But like I said you would not get the correct amount of P with this fertilizer.
60 pounds of fertilizer, spread over the 12,000 square foot lawn, an acre is 43,560 square feet or 220 lbs +/-.
If your aplication rate is 300 lbs per acre of 13/13/13, you need 100 lbs of 13/13/13.
3tons
$500.00 per acre multiplied by 56million acres?
Land per acre really depends on the location. Land on the water is much more expensive per acre than land in the city.
Land per acre really depends on the location. Land on the water is much more expensive per acre than land in the city.
2.5 per acre 2.5 cents per acreAbout two cents per acre.
2 cents per acre
None. Cows are not plants: they do not need fertilizer.
43,560 ft2 per acre.
About two cents per acre.