To calculate total embankment cubic yards, first determine the volume of the area to be filled by measuring the length, width, and average height of the embankment. Use the formula: Volume (cubic yards) = Length (yards) × Width (yards) × Height (yards). If the embankment has varying heights, consider breaking it into sections and averaging the heights for each section before summing the volumes. Finally, convert any measurements from feet to yards if necessary, as there are 27 cubic feet in one cubic yard.
To calculate the amount of concrete needed for a 900 square foot area, you first need to determine the thickness of the concrete slab. Once you have the thickness in inches, divide it by 36 to convert to yards. Then divide the total cubic yards by the number of cubic yards in a concrete truck to determine how many truckloads you need.
There are 1.4 cubic yards in 4 55-gallon drums. Each 55-gallon drum holds approximately 0.35 cubic yards. Multiplying 0.35 by 4 gives you a total of 1.4 cubic yards.
To calculate cubic yards, we need to first determine the average depth of the cellar hole. The average depth is (4' + 6') / 2 = 5'. Then, we can calculate the volume by multiplying the length, width, and depth: 36' x 30' x 5' = 5,400 cubic feet. Finally, to convert from cubic feet to cubic yards, divide by 27 (since 1 cubic yard is equal to 27 cubic feet), giving us a total of 200 cubic yards for the cellar hole.
To convert cubic yards to square feet, you need to know the depth of the area in feet. Multiply the cubic yards by 27 to get the total cubic feet, then divide by the depth in feet to get the square feet. Formula: (cubic yards * 27) / depth (in feet) = square feet.
The total cost of 1.2 cubic yards of soil is $28.80 ($24 x 1.2 = $28.80).
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
To find out how many baseballs fit in 65 cubic yards, we first need to determine the volume of a standard baseball, which is approximately 0.0025 cubic feet. Since there are 27 cubic feet in a cubic yard, 65 cubic yards equals 1,755 cubic feet. Dividing the total volume by the volume of a baseball gives approximately 702,000 baseballs that can fit in 65 cubic yards.
To calculate the amount of gravel needed to cover an area of 70 feet by 21 feet to a depth of 1 foot, first find the volume in cubic feet: 70 x 21 x 1 = 1,470 cubic feet. Since there are 27 cubic feet in a cubic yard, divide the total volume by 27: 1,470 ÷ 27 ≈ 54.44 cubic yards. Therefore, you will need approximately 54.44 yards of gravel.
The total volume of the trailer would be 53 x 8.5 x 9 = 4048.5 cubic feet. To convert this to cubic yards, divide by 27 (since 1 cubic yard is equal to 27 cubic feet). Therefore, the trailer has approximately 149.94 cubic yards of capacity.
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/
To calculate the amount of cement needed, first convert the dimensions of the sidewalk into cubic yards. The sidewalk's volume is ( \frac{4}{12} ) feet thick × 3 feet wide × 40 feet long = 40 cubic feet. Since there are 27 cubic feet in a cubic yard, the volume in cubic yards is ( \frac{40}{27} \approx 1.48 ) cubic yards. At $76 per cubic yard, the total cost would be approximately ( 1.48 \times 76 \approx 112.48 ).