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Length x width x thickness or depth. Starting with inches, you will come up with total cubic inches using that formula. Divide that number by 1728 to get cubic feet. divide that quotient by 27 to get cubic yards. Concrete is usually sold by cubic yard.
Length X width X Depth (measured in feet) that gives you the total CUBIC feet of concrete you need. BUT Concrete is delivered by the CUBIC YARD so divide your answer by 27 to convert to cubic yards....There ya go
Roughly 2 cubic yards for a regular cab Although correct, here is a little more detail: The 2013 F150 has three different bed sizes and specs: 5.5 ft. Cargo Box is a total of 55.4 cubic ft. or 2.05 cubic yards. 6.5 ft. Cargo Box is 66.5 cubic ft. or 2.46 cubic yards. 8 ft. Cargo Box, the largest of the three, is 81.3 cubic ft. or 3.01 cubic yards. If you want to know what that means in the real world or how to calculate something for yourself, check this out: http://news.wildcatford.com/2013-ford-f150-payload-capacity/
24 times 1.2=28.80
Assuming a thickness of four inches, there would be a total of 139 (138.89) cubic yards of concrete.
A total of 3,250,000 cubic yards.
10 cubic yards is 270 cubic feet and sand weighs 100 pounds per cubic feet for total of 27000 pounds which is 27000/50 = 540 bags. Sounds like you need to have it trucked in.
You calculate the total cost of 1 cubic meter reinforcement cement for heavy foundation work by adding all of the costs. Essentially you would have to figure out the total of pounds of concrete for 1 cubic meter multiply that by the cost per pound and then add in the cost of labor it takes to pour 1 cubic meter.
Total coverage area 314.16 sq. feet. depth of 2 inches = 1.94 cu yards answer ... around 2 cu yards
I assume you mean cubic yards (some of us are really rigorous about our units) 600 ftxft (1/3yards/ft)(1/3yards/ft) = 600 (1/9)yards2 = 66 2/3 yards2 4 inch (1/12 ft/inch) = 1/3 ft 1/3 ft (1/3)yard/ft = 1/9 yards 66.66666666 yards2 x 1/9 yards = 7.41 yards3
Truck G can fit 20 boxes that measure 1 cubic yard each. Therefore, it has a total capacity of 20 cubic yards. Truck H is twice as large as Truck G, so its capacity is 2 times 20 cubic yards, or 40 cubic yards. To determine the number of boxes that can fit into Truck H, we need to know the volume of each box in cubic yards. If we assume that all boxes have the same volume as the ones that fit into Truck G (1 cubic yard each), then Truck H can fit 40 boxes. So, the measurement that can be used to determine the amount of boxes that can fit into Truck H is its total capacity in cubic yards.
There are 5,280 feet in a mile, so you multiply that times 3, which will give you 15,840 feet. Then divide that by 3, since there are 3 feet to a yard, and the answer is 5,280 yards. Add that to the other 800 yards, and the total is 6,080 yards. Another way to calculate it would be to divide 5,280 by 3 to get the number of yards in a mile, which is 1,760 yards, then multiply that times the 3 miles, and the total is 5,280. Then add the other 800 yards to that, which still gives you the same answer of 6,080 total yards.