there is no dirt in a hole that has been dug. there is just a hole....
But assuming you mean how much dirt was in the hole:
I am assuming that the whole is circular and the width is the diameter of the whole.
To find the cubic feet of dirt in a hole you need to find the volume. The formula for volume of a cylinder (a 3-D shape with circles at two ends aka a can) is:
V = PI * r^2 * h
V = volume
PI = the constant PI which is about equal to 3.14
r = the radius of the hole or 1/2 the diameter
h = the height of the cylinder, or depth of the hole in this case
Plugging in your numbers and solving for V
V = 3.14 * (7/2) ^2 * 3
V = 115.395 cubic feet
None. It's a hole. 162 cubic feet of air. There is no dirt in a hole.
No dirt because its a hole
96 cubic feet
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.
There is 98.17477042 cubic feet of dirt in a 5 foot deep hole that is 5 foot across.
There is no dirt in a hole. If the hole is being dug, the amount of dirt being removed would be equal to the volume of the hole, which is 3 feet wide, 5 feet across, and 6 feet deep. So, the volume of dirt being removed would be 3 x 5 x 6 = 90 cubic feet.
Noe but it can be filled in with 12 cubic feet of dirt
125 cubic feet
None, it's a hole, remember? 1 cubic yard of dirt has been removed to create this hole.
504 cubic feet
The volume of the hole is 2 yards * 3 yards * 1 yard = 6 cubic yards. To convert this to cubic feet, we multiply by 27 (since 1 cubic yard = 27 cubic feet). Therefore, the volume of the hole in cubic feet is 6 cubic yards * 27 cubic feet = 162 cubic feet of dirt.
None because it's a hole but 6 cubic yards of dirt will fill it up.