60 pounds of fertilizer, spread over the 12,000 square foot lawn, an acre is 43,560 square feet or 220 lbs +/-.
Just under 10% of an acre.
The average yield of wheat per acre over the past 10 years in Canada has been around 42 bushels per acre. Record yields were expected in 2013, with the average per acre approaching 48 bushels.
In the 1700s, the cost of an acre of land varied significantly depending on the region and its development. In more established areas, such as New England, prices could range from $1 to $10 per acre, while in frontier regions, land was often sold for as little as 10 to 50 cents per acre. Overall, land costs reflected factors like location, accessibility, and agricultural potential.
66 gallons of the 20 fertiliser and the rest of the 10.
In the 1880s, the cost of one acre of land varied significantly depending on the location and type of land. Generally, in rural areas, prices could range from $1 to $10 per acre, while in more developed regions or near urban centers, prices could be much higher, sometimes exceeding $100 per acre. Factors such as land quality, irrigation availability, and proximity to markets influenced these prices.
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To determine how much 20-10-10 fertilizer to apply to 1,000 square feet, it's essential to know the nutrient requirements of your plants. Generally, for a standard application, you would use about 1 to 2 pounds of 20-10-10 fertilizer per 1,000 square feet, depending on the specific needs of your soil and plants. Always follow soil test recommendations and adjust the application rate accordingly for optimal results.
The amount of nitrogen in fertilizer can vary depending on the type and formulation of the product. Typically, nitrogen content is expressed as a percentage on the fertilizer label, such as 10-10-10, which would mean the fertilizer contains 10% nitrogen. It's important to check the label for specific information on nitrogen content in a particular fertilizer product.
Typically fertilizer recommendations for field crops are made in lbs of the fertilizer per acre. Example - 200lbs/ac of 12-12-12 (this would supply 20 lbs N, 20 lbs P, and 20 lbs K per acre).The Analysis (X-X-X) shows us what PERCENTAGE of each nutrient is available by weight. Example; 100lb bag of 20-20-20 spread out over an acre will provide 20lbs Nitrogen, 20% lbs Phosphorus, & 20lbs Potash (PER AREA) of the total weight of the bag, therefore an acre would receive 20lbs of each nutrient.Respectfully, the above (answer) would yield 24lbs/acre of each. If the analysis were 10-25-50, the amount of ACTUAL AVAILABLE NUTRIENT per bag (in a 100lb bag) would yield 10lbs N, 25lbs P, & 50lbs K. Keep in mind that the pellets are composed of fillers & binders.
The specific gravity is 1.326 @ 68 deg. F, so it weighs about 11 pounds per gallon.
8 to 10 quintals per acre
This plant is not fussy about fertilizer types. Use whatever is inexpensive in granular formulation, such as 10-10-10, applying it as per package instructions at the end of winter.