It depends. The amount of compost or manure that you should add to your soil will vary on the quality of the soil. If you have clayey soil, for instance, you should use much more compost or manure than if your soil quality is already good. In my experience, 40 gallons of manure will be enough to put a thin layer over 100 square feet of good quality soil. For Clayey soil, about twice as much will be necessary to reduce the clay. Make sure that the manure is well composted (it should be at LEAST 6 month old, a year is better).
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I found an online horse manure management book that says the density of horse manure is about 62 pounds per cubic foot. So a 40 pound bag of manure is 0.64 cubic feet and one pound of manure is 0.016 cubic feet.
Most garden supply stores carry 2 cubic foot sacks of "composted steer manure", which has all the nutrients without the smell. Or, as long as you do not live near me, you can probably buy it by the truckload from the farmer.
On average, one cubic foot of chicken manure weighs around 45-50 pounds. This weight can vary depending on factors such as moisture content and bedding material mixed in with the manure.
40.14 lbs
One tone of chicken manure can produce 60 cubic feet of methane gas.
manure doesn't have a definete weight. it depends on how much the animal is fed and how long it sits.
Pounds are a measurement of wieght, and Cubic Meters are a measurement of area. Therefore Pounds and Cubic Meters cannot be related in this manner. i.e. Pounds cannot be converted to Cubic Meters
The Power Block 7 Cubic Foot Push Style Pneumatic Wheel Garden Cart can hold up to 300 pounds. It can be purchased online at http://www.mercantila.com/p/agri-fab-7-cu-ft-push-style-pneumatic-wheel-garden-cart
0.116 pounds per cubic inch
volume = 23 x 34 x 1/12 = 65.17 cubic feet which is 65.17/27 = 2.41 yards or 6516 pounds at 100 pounds per cubic foot
The density of aluminum is approximately 0.098 pounds per cubic inch. To convert this to pounds per cubic foot, you would first convert cubic inches to cubic feet (1 cubic foot = 1728 cubic inches) and then multiply by the density in pounds per cubic inch. Therefore, the density of aluminum in pounds per cubic foot is approximately 169 pounds per cubic foot.