None.
A cubic foot is a measure of volume in 3-dimensional space, whereas an inch is a measure of length in 1-dimensional space. The two measure different things and, according to the basic rules of dimensional analysis, conversion from one to the other is not valid.
7.584 USG in a cubic ft.
Solid marble weighs 160 lbs. per cubic ft 160lbs / 2000 lbs/ton = 0.08 tons 1 cubic ft = 0.028316846592 cubic meter 0.08 tons per cubic ft times 1 cubic ft per 0.0283 cubic meter equals 2.83 tons per cubic meter
One cubic foot is 1728 cubic inches, so 27648 cubic inches equals 16 cubic feet.
1 cu ft = 0.037037 cu yeard
5280 ft x 5280 ft x 5280 ft x 62.4 lbs per square ft = 9,185,152,204,800 lbs
From: "Fluid Mechanics" by Streeter & Wylie (C)1979 density of water is 1.94 slugs/ cubic ft 32.174 lbs/ slug And there are 16 oz in a pound So... 1.94 slugs/cubic ft * 32.174 lbs/slug * 16 oz/lb = 998.681 oz/cubic ft keep in mind that this is probably at standard pressure and temperature.
search engine says that: 1 ft^3 = 62.42797 lbs; so, 4.3 cubic ft = 268.440271 lbs; forgive me.
8.5 ft * 16 ft * 4.5 ft = 612 cubic ft = 612/(3*3*3) cubic yards = 22.666... cu yards
Without knowing a cubic foot of WHAT- there is no way to answer your question.
180 pounds of water would occupy 2.88 cubic feet (180 lbs / 62.5 lbs/ft^3 = 2.88 ft^3).
12 in = 1 ft volume = area × depth = 16 sq ft × 2 in = 16 sq ft × (2 ÷ 12) ft = 2⅔ cu ft ≈ 2.67 cu ft
7.584 USG in a cubic ft.
Solid marble weighs 160 lbs. per cubic ft 160lbs / 2000 lbs/ton = 0.08 tons 1 cubic ft = 0.028316846592 cubic meter 0.08 tons per cubic ft times 1 cubic ft per 0.0283 cubic meter equals 2.83 tons per cubic meter
48 foot trailer: 3000 cu. ft. or 30,000 lbs 53 foot trailer: 3400 cu. ft. or 34,000 lbs.
None because volume is the cubic measurements of 3 dimensional objects and a circle is 2 dimensional
To determine the weight of soil in 0.75 cubic feet, you need to know the density of the soil, which typically ranges from about 75 to 100 pounds per cubic foot, depending on its composition and moisture content. For an average estimate, if we use 100 lbs/cu ft, 0.75 cu ft of soil would weigh approximately 75 lbs. Conversely, if using 75 lbs/cu ft, it would weigh about 56.25 lbs. Therefore, the weight can range between approximately 56.25 to 75 lbs.
1 cubic ft = 1 ft * 1 ft * 1ft 1 cubic ft = 12 in * 12 in * 12 in 1 cubic ft = 1728 cubic inches