Volume of a cuboid = length x width x height
What is required is the height of a cuboid whose volume is that of the sand and the length and width are that of the plot, ie:
22.5m3 = 7.5m x 7.5m x height
height = 22.5m3 / 7.52m2 = 0.4m
So the plot has risen 0.4m (=40cm).
one meter cubed is a cube 1 meter wide by 1 meter long by 1 meter tall. Surface area of 1 side is 1 meter times 1 meter = 1 square meter! Cube has 6 sides, so 6 X 1 meter squared = 6 square meters To convert to some other measurement, say, inches, substitute. L X W X 6 (sides) = total area 39.37 * 39.37 = 1549.9969 * 6 = 9299.9814 sq.inches
That would be very difficult to determine. The experiment could never be set up and conducted, since there is no such thing as a "cubed square foot". If you meant to say cubic foot, then here is a way to determine it. You will need golf tees that will sink in water, plus a container holding 2 cubic feet, with a mark at the one cubic foot level. Fill the container with water to the one cubic foot level. Start dropping in the golf tees until the water level is at the top, or two cubic feet. Count how many golf tees you put into the container to get your answer.
2812500 ft high
2.065 pounds per cubic yard
You cannot go from square dimension to cubic dimension. There are 1728 cu inches in a cu ft and 144 sq inches in a sq ft. If you mean how many square feet are in 792 square inches it is 5.5 sq ft. If you mean How many cubic feet are in 792 cubic inches it is 0.458 cu ft
how is bi-level square footage calculated
Nothing
Spread
spread
1 US gallon = 0.133680556 cubic feet so about 7 1/3 in a 55 gallon drum
The amount of water vapor per cubic meter in the atmosphere as sea level is 30g/m3.
About 2 pounds