0.4 pounds per cubic feet - a very massive gas!
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To calculate the cubic weight of dirt, you need to know the density of the dirt. Let's assume the density of the dirt is 100 pounds per cubic foot. Multiply the volume (1920 cubic feet) by the density (100 pounds per cubic foot) to get the total weight. Therefore, the cubic weight of dirt for 1920 cubic feet would be 192,000 pounds.
14,300 pounds. Sand has a density of 100 pounds per cubic foot.
To convert pounds to cubic feet for shipping, you need to know the density of the material being shipped. Divide the weight in pounds by the density to get the volume in cubic feet. For example, to convert 100 pounds of material with a density of 50 lbs/ft³, you would divide 100 by 50, resulting in 2 cubic feet.
To convert cubic feet of acetylene to pounds, you need to know the density of acetylene. The density of acetylene is approximately 0.0012 pounds per cubic foot. You can then multiply the cubic feet of acetylene by the density to get the weight in pounds.
The density of aluminum is approximately 0.098 pounds per cubic inch. To convert this to pounds per cubic foot, you would first convert cubic inches to cubic feet (1 cubic foot = 1728 cubic inches) and then multiply by the density in pounds per cubic inch. Therefore, the density of aluminum in pounds per cubic foot is approximately 169 pounds per cubic foot.
To find the weight of a cast iron machine base with a volume of 22 cubic feet, you can use the density of cast iron, which is approximately 450 pounds per cubic foot. By multiplying the volume by the density, the weight would be approximately 9,900 pounds (22 cubic feet × 450 pounds/cubic foot).
Conversions: 1 gram = 0.0022046226 lb (10 dp) 1 millilitre = 0.0000353147 ft^3 (10dp) 6.31g/mL = 6.31*(0.0022046226/0.0000353147) lb/(ft^3) = 393.9 lb/(ft^3) Answer: 393.9 lbs per cubic feet
Cubic feet is a measure of volume. Pounds are a measure of weight. These two values cannot be directly converted without knowing the density of the material in question.
It ranges from 62.43 pounds per cubic foot at 40 deg F to 59.81 pounds per cubic feet at 100 deg F.
It is 4.5 pounds per cubic foot.
You need to find the density of helium in pounds per cubic foot. Then since density is mass/volume, divide the mass by the density. You may find getting the density into the units you need to use a challenge.