3 ft x 3ft x 2.25 ft = 20.25 cu ft = 0.75 yards
Note: this is the theoretical volume and not the effective one. You have to consider the nature of soil to establish the bucket fill factor: ex light soil you have an overload, so you multiply x 110%, heavy soil x 95%, roc x 85%, etc.
To calculate the cubic capacity of the bucket of an excavator, measure the internal dimensions of the bucket: length, width, and depth. Use the formula for volume, which is length × width × depth. If the bucket is a more complex shape, you may need to approximate it to a rectangular prism or use water displacement for more accurate results. Finally, convert the volume from cubic inches or centimeters to cubic yards or cubic meters as needed.
To calculate the volume of concrete needed, first find the volume of one hole. The radius is 8 inches (16 inches diameter) and the depth is 30 inches. The volume ( V ) of a cylinder is given by the formula ( V = \pi r^2 h ). Calculating this gives: [ V = \pi \times (8^2) \times 30 = \pi \times 64 \times 30 \approx 6028.32 \text{ cubic inches} ] For 40 holes, the total volume is ( 40 \times 6028.32 \approx 241133 \text{ cubic inches} ). To convert cubic inches to cubic yards, divide by ( 46,656 ) (the number of cubic inches in a cubic yard), resulting in approximately ( 5.17 ) cubic yards of concrete needed.
To calculate the volume of concrete needed, first convert all measurements to feet. The sidewalk is 3 feet wide (36 inches), 0.33 feet thick (4 inches), and 60 feet long. The volume in cubic feet is calculated as: 3 ft (width) x 0.33 ft (thickness) x 60 ft (length) = 59.4 cubic feet. To convert cubic feet to cubic yards, divide by 27; thus, you need approximately 2.2 cubic yards of concrete.
To calculate the volume of a concrete slab that is 40 feet long, 60 feet wide, and 6 inches thick, first convert the thickness to feet (6 inches = 0.5 feet). The volume in cubic feet is 40 x 60 x 0.5 = 1,200 cubic feet. To convert cubic feet to cubic yards, divide by 27 (since there are 27 cubic feet in a cubic yard). Thus, 1,200 cubic feet is approximately 44.44 cubic yards.
2.2 Yards
7.34 cu yds.
To calculate the cubic capacity of the bucket of an excavator, measure the internal dimensions of the bucket: length, width, and depth. Use the formula for volume, which is length × width × depth. If the bucket is a more complex shape, you may need to approximate it to a rectangular prism or use water displacement for more accurate results. Finally, convert the volume from cubic inches or centimeters to cubic yards or cubic meters as needed.
A box with a volume of 5,184 cubic inches has an equivalent volume of 0.11 cubic yards.
The volume of a cylinder, in cubic yards, if the height is 153 inches and the diameter is 24 inches is 69,215.57 cubic inches which equates to 1.484 cubic yards.
Inches are a measure of length or distance. Cubic yards are a measure of volume. That cannot be converted.
Multiply the number of cubic yards by 46,656 (or divide it by 0.00002143) in order to get the number of cubic inches in the same volume. Multiply the number of cubic inches by 0.00002143 (or divide it by 46,656) in order to get the number of cubic yards in the same volume.
The volume of a concrete bucket can vary depending on its size and design, but a common concrete bucket used in construction typically holds between 1 to 2 cubic yards (or about 0.76 to 1.53 cubic meters) of concrete. To calculate the volume, you can use the formula for the volume of a cylinder (if the bucket is cylindrical), which is V = πr²h, where r is the radius and h is the height. Always check the specific dimensions of the bucket for accurate volume measurements.
None of them. Centimetres, yards and inches represent distances (or lengths). Grams represent mass.
Volume = Height x Length x Width 91 inches x 112 inches x 60 inches = 611,520 cubic inches. This large a volume is usually converted to cubic feet or cubic yards. 611520 cubic inches = 611520/1728 cubic feet = 353.89 cubic feet 611520 cubic inches = 611520/46656 cubic yards = 13.1 cubic yards
Well, isn't that a happy little question! To find the volume of topsoil used, we first need to convert the depth from inches to yards. Since 1 yard is equal to 36 inches, 3 inches is 3/36 = 1/12 yards. Then, we multiply the area of the garden by the depth of the topsoil to find the volume. So, 24 yards (area) multiplied by 1/12 yards (depth) equals 2 cubic yards of topsoil used. Happy gardening!
2 yards is 6 feet and 24 inches is 2 feet. So the volume is 9.5x6x2=114 cubic feet.
To find the volume of gravel in cubic yards, first convert the depth to yards: 2 inches is 1/6 yard. Then, multiply the dimensions to get the volume in cubic yards: 5 yards wide x 28 yards long x 1/6 yard deep = 23 1/3 cubic yards. Since 1 cubic yard is equal to 1,296 square inches, multiply the volume by 1,296 to convert to square inches: 23 1/3 cubic yards x 1,296 = 30,158.22 square inches. Finally, divide by 9 to convert square inches to square yards: 30,158.22 square inches / 9 = approximately 3,350.91 square yards of gravel.