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., but you have removed 2/3 of a cubic meter of dirt.
None. The hole is there precisely because all the dirt in it was removed.
There is no dirt in a hole...
There is no dirt. It's a hole.
None, All the dirt has been removed from the hole.
None, if you dug the hole, you emptied it of 162 square feet of dirt, so put it back.
It's a hole, thus there is no dirt in it. The answer is 0.
If you were looking for the dimensions of the hole as of a rectangular prism, it would be 3 * 2 * 2 = 12 yards cubed (324 ft cubed).But, there is no dirt in the hole, just the 12 yards cubed that came out of it.
Volume = length * width * depthVolume = (100 * 12) * (16 * 12) * 4Volume = 921, 600 cubic inchesConvert this to cubic meters921 600 (cubic in) = 15.1023182 cubic meters
Width of hole: 6510/(40*10.6) = about 15 feet to the nearest integer
None! Very funny!
a lot of dirt.
If it's a hole, there would be no dirt in it, right?
504 cubic feet of dirt. For the answer just times width by length by depth 4 x 6 = 24 24 x 21 = 504
No dirt because its a hole
Volume = Length x width x height =4x15x15 =900 Cubic Feet
none, it is a hole
None. Its a hole
None. The size of the hole is a measure of space in which there is no dirt!
None. Since it is a hole, there is no dirt in it. A hole, by definition, must be empty.
This is probably a trick question: there is no dirt in a hole. However, the hole was originally filled in with 24 cubic feet of dirt.