There's no dirt in a hole.
No dirt in a hole
24 cubic ft
32 cubic feet
The answer will depend on how long the hole is. The hole has 3 dimensions that determine its volume. You have provided measurements of only two dimensions.
18ft3
Total area of yard = 40 ft * 20 ft = 800 sq ft. Area of pool = pi*r2 = pi*6*6 = 113.1 sq ft. Area left = 686.9 sq ft.
The area in square feet, of a plot that measures 27 ft wide by 54 ft long is given by the product of the length and width. "Product' means the result of multiplying numbers together. In this case, 27 X 54 ft = 1458 sq ft. /Brian W
No. There is no dirt in a hole of any dimensions. It's a hole. D'oh....
None! It's A freakin' hole!
If the hole is a square then there is 36 cubic feet of dirt in the hole.
None. Since it is a hole, there is no dirt in it. A hole, by definition, must be empty.
There is NO dirt, it is a hole! If you want to fill it with dirt, that is 4x6x12=288 cubic feet, weighing about 28,800 pounds
36 cubic feet of dirt.
There is no dirt in the hole, otherwise it would not be a hole! If you want to know how much dirt is required to fill the hole, or, equally, how much dirt has been removed to make the hole, that is the volume of the hole itself, then: The volume of the hole is length x width x height. The height is in inches, so must be converted to feet first: 12 in = 1 ft ⇒ 1.5 in = 1.5 ÷ 12 ft The volume of the hole is then: 19 ft x 6 ft x 1.5 ÷ 12 ft = 14.25 cu ft
Theoretically, none. The amount of dirt excavated to create such a hole would be 1 cubic metre. However, excavated dirt (depending on the nature of the dirt) can increase in mass by up to a third the original size. That is why when you dig a big hole then fill it in (getting all the dirt back) the hole is raised on top not flat.
None! Very funny!
There is 98.17477042 cubic feet of dirt in a 5 foot deep hole that is 5 foot across.
There is none because it's empty
125 cubic feet