Since it is a hole, it doesn't have any dirt. But it has the capacity to hold 1 cubic inch.
There is no dirt...it is a hole
I'm assuming you mean one meter deep with a one square meter footprint. The answer is 1*1*1=1m^3 = one cubic meter. Actually, that is how much dirt was taken out to make the hole. There should be no dirt in the hole, otherwise it wouldn't be a hole.
None, it's a hole, remember? 1 cubic yard of dirt has been removed to create this hole.
None, it's a hole! (1 cubic foot has been dug out.)
none or it woulnt be a hole
None. Its a hole
There is no dirt...it is a hole
I'm assuming you mean one meter deep with a one square meter footprint. The answer is 1*1*1=1m^3 = one cubic meter. Actually, that is how much dirt was taken out to make the hole. There should be no dirt in the hole, otherwise it wouldn't be a hole.
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, it's a hole, remember? 1 cubic yard of dirt has been removed to create this hole.
None, it's a hole! (1 cubic foot has been dug out.)
none or it woulnt be a hole
None(:
The volume = 6 x 2 x 1 = 12 cubic meters Actually there is no dirt in a hole.
Actual hole size for 1 inch conduit is 1.362"
8m3
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