According to this document "NIST Handbook Specifications and Tolerances for Field Standard Weight Carts", at the US NIST, the average density of dirt is 120 lbs per cubic foot.
Just stating "contaminated" tells us nothing. What the water is contaminated with will determine the pH level - contaminate the water with an acidic substance and the pH will be higher than if you contaminate ith with an alkali.
A hunk of dirt is just that, a hunk of dirt.
wash your dirt, and it becomes clean dirt
yard dirt
No the word 'dirt' is a noun.
it all builds up
through the mechanism of garvity and density difference
Because mass = volume x density you need to know this value of density to calculate the mass.
Depends on the density of the 'dirt'. Assuming densith of about twice that of water. Water has a density of 62.4 lb/cu ft 5377.78 x 62.4 = A (weight of water) A x 2 = weight of the dirt This is in pounds so divide by 2000 to convert to tons.
Depends on the density of the dirt... howver, I can tell you that the volume of that area is 495 cubic feet.
"dirt" is an extremely vague description and is virtually useless. There are hundreds of kinds of soil, sand and crushed stone that all have different weights and volumes.
Just stating "contaminated" tells us nothing. What the water is contaminated with will determine the pH level - contaminate the water with an acidic substance and the pH will be higher than if you contaminate ith with an alkali.
nist says avg dirt density is 120 lb/ft3 so, 6x4x5 = 120 ft3 120ft3 x 120lb/ft3 = 14400 lb
Depends on the density of 'dirt'. I'll guess about 2.5 x that of water. 13 x 20 x 6 x 62.4 x 2.5 / 2000 = 121.68 tons of course if my guess for dirt is too high, just divide by 2.5 and multiply by the real specific gravity of dirt.
dirt. dirt. dirt......... and dirt
Air is transparent because the molecules it is composed of are so tiny and spread out. Air has a very low density unlike solid materials like rocks or dirt.
It depends on the moisture content of the manure and soil. Also it depends on the makeup of the soil. A cubic foot of smaller soil particles will weigh more than a very sandy soil which has larger particles.