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1000k.g sub base whats volume in cubic meter
Crushed gravel with sand not screened out weighs approximately 120 lbs. per cubic foot. See: <simetric.co.uk> for more information.
That depends how thick you spread it! It would make more sense to ask about the weight (or mass) per cubic yard, cubic foot, etc.
It depends on how big the originial un-crushed rock was. If you specify a weight for the original rock then maybe a formula can be devised for this question. However, anything that is solid and then broken into smaller particles will weigh less because some of the particles disappear from the area where you crushed the original form (they may become too small to measure so the weight decreases cosiderably and is more spread out ).
A cubic foot of loose coal "stoker coal" weighs between 40 and 60 pounds. A solid cubic foot of coal can weight up to 84 pouinds. Moisture and foreign material such as dirt and ash will of course affect the weight.
1000k.g sub base whats volume in cubic meter
I just ran the ASTM (D 4253) Relative Density on this material and got 94.1 pcf.
The answer depends on the material whose weigh you require.
Crushed gravel with sand not screened out weighs approximately 120 lbs. per cubic foot. See: <simetric.co.uk> for more information.
Specific weight is the weight of the material per unit volume. Water has the specific weight of 62.43 pounds per cubic foot or 9.807 Newtons per cubic meter.
You cannot convert cubic feet (volume) to lbs. (weight) without specifying the material, and particularly the density of the material.
A cubic yard of finely crushed asphalt will weigh about 2,600 pounds
They typical weight of a yard of crushed concrete runs around 3,000lbs or a ton and a half. The weight will vary between company mainly because of the crush size. The smaller the crush size the more weight per yard.
About 2,700 pounds. Actually weight can vary up or down depending on how finely the stone is crushed, water content and the type of stone.
The weight varies depending on the size of the crushed concrete. Large pieces typically have a calculated weight range of 120 to 130 lbs per cubic foot (i.e. rip rap, rubble) while smaller pieces have a calculated weight range of 135 to 145 lbs per cubic foot (i.e roadbase, soil stabilizer). The reason for the difference is that a cubic foot of large aggregate is not as dense and small aggregate because large aggregate does not compact as tightly as the small rock, creating voids between the aggregate.
This question is impossible to answer as weight does not equate with volume when the nature of the material in the volume or weight is unknown
There is cubic volume or there is weight but not cubic weight.