To find out how many feet a ton of limestone would cover at a depth of 4 inches and a width of 8 feet, first convert the depth to feet (4 inches = 1/3 foot). A ton of limestone is approximately 1.5 cubic yards, which equals about 40.5 cubic feet. The volume covered can be calculated using the formula: Volume = Width × Length × Depth. Rearranging gives Length = Volume / (Width × Depth). Plugging in the values, Length = 40.5 cubic feet / (8 feet × 1/3 foot) = 15.1875 feet. Therefore, a ton of limestone would cover approximately 15.2 feet long at the specified depth and width.
62/3 cubic yards for every 1-foot deep. 5 cubic yards for every 9-inches deep. 31/3 cubic yards for every 6-inches deep. 5/9 cubic yard for every 1-inch deep.
To calculate the amount of dirt needed to cover a space that is 6 feet by 6 feet and 6 inches deep, we first convert all measurements to feet. The depth of 6 inches is 0.5 feet, making the total volume (6 \times 6 \times 0.5 = 18) cubic feet. Therefore, it takes 18 cubic feet of dirt to cover that area to the specified depth.
To calculate the amount of topsoil needed, you can use the formula: volume = area × depth. For 28 square meters at a depth of 2 inches (which is approximately 0.0508 meters), the volume would be 28 × 0.0508 = 1.4224 cubic meters. Therefore, you will need about 1.42 cubic meters of topsoil to cover 28 square meters at a depth of 2 inches.
A gallon of water occupies 231 cubic inches of space, as there are 231 cubic inches in a gallon. To find the area it fills in inches, we need to divide this volume by the height at which the water is spread. If we assume the water is spread evenly at a height of 1 inch, the area covered by a gallon of water would be 231 square inches.
The surface features of the Burren, a unique karst landscape in Ireland, are primarily formed through the process of limestone erosion. Over thousands of years, rainwater, which is slightly acidic due to dissolved carbon dioxide, seeps into cracks and fissures in the limestone, gradually dissolving the rock and creating distinctive features such as clints (blocks of limestone) and grikes (deep fissures). This erosion leads to a rugged terrain characterized by exposed rock, deep crevices, and a sparse vegetation cover, making the Burren a striking example of karst topography.
To cover 6 acres with two feet of soil requires 3227 cubic yards of soil. This would require about 1100 3 yard dump truck trips.
You would need 31.88 cubic yards of topsoil to cover 855 sq feet at 6 inches deep.
That depends on how DEEP you want the concrete !
Around 162,926
if that is 3 ft deep it would require 96 yards... IF it is 3 inches deep it would require 24 cubic yards
Volume = 12 X 20 X 1/3 = 80 cubic feet Cubic yards = 80/27 = 2.96
Usually a cubic yard will cover 15 square yards at 3 inches deep so I would reckon on 22 cubic yards. Hold on that I've got that wrong it's 2 cubic yards .Sorry.
62/3 cubic yards for every 1-foot deep. 5 cubic yards for every 9-inches deep. 31/3 cubic yards for every 6-inches deep. 5/9 cubic yard for every 1-inch deep.
the actual depth in a 52 inch tall pool would be 46 inches deep
How deep do you want that ?If you want it 1.6 inches deep, then it can cover 1 square foot.If you want it 10-ft deep, then it can't cover that much area.
54sqare feet
That depends entirely on what kind of sand how deep you spread it. As an approximation, you could assume a bulk density for dry sand of about 110 lb/ft3. One ton (2000 lb) of sand would thus be about 18.18 ft3 or 0.673 yd3. If you spread it 6 inches deep you could cover about 4 square yards. At a foot deep, you would cover 2 square yards. At 3 inches deep you would cover 8 square yards. At 1 inch deep you would cover 24 square yards Reported bulk densities for sand range from 78 lb/ft3 for molding sand to 130 lb/ft3 for moist sand.