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The word "brass" refers to a measure of quantity for loose material (like sand, metal, etc). This term is common in India.

One brass equals one hundred cubic feet volume.

Calculate the volume of sand and divide by 100 cubic feet to get the number of brass units.

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Brass. One brass is 100 square feet (9.29 m2) area (used in measurement of work done or to be done, such as plastering, painting, etc.). It is also equal, however, to 100 cubic feet (2.83 m3) of estimated or supplied loose material, such as sand, gravel, rubble, etc.

Assume if the size of the truck holder is 14ft.in length (L), 7ft.in width (W), and 3ft. in depth(D), at that point the volume of the holder = L*W*D = 14ft*7ft*3ft = 294 cubic ft.

Presently, 1 metal = 100 cubic ft. Thus, changing over the cubic ft. into metal for example 294/100 = 2.94 metal.

At the point when the truck of above compartment size supplies the sand up to the edge, at that point we measure it as 2.94 metal of sand.

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Metal is a non-standard unit that is as yet predominant in India with a background marked by 200 years or something like that. The word metal is utilized as an estimation unit, that addresses the various of 100 for both the volume and the zone in the British framework.

Presently let us go through, a portion of the FAQ identified with the term metal in the common field.

The term metal methods 100 cubic feet when we figure the volume of any structure materials in the development field, and it is additionally identical to 100 square feet when we gauge the surface region.

At the point when the structure materials like sand, metals, muroom, rocks, and so on are welcomed on the building site by trucks, unloaders, farm haulers, or any such vehicles, we signify the volume by the word metal.

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Q: How do you calculate brass in sand?

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The word "brass" refers to a measure of quantity for loose material (like sand, metal, etc). This term is common in India. One brass equals one hundred cubic feet volume. Calculate the volume of sand and divide by 100 cubic feet to get the number of brass units.

100 Cubic feet of sand is one brass a Truck load is about 2.5 Brass of sand Brass is old unit, generally used in construction in India

18.6765 cubic blathinetres is one brass

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by chemical analysis

1 brass sand = 4.528 Metric tones (tonnes) That's because 1 brass = 100 cub ft sand. In metric, 1 cubic meter (cum) = 1600 Kg sand. 1 cubft = 0.0283 cum Therefore, 1 brass = 100 x 0.0283 x 1600 = 4528 Kg = 4.528 metric tones (or 'tonnes') That's for dry sand. If it has been raining or the sand is taken from a wet shore, this increases, on average, to 5.09 tonne.

25 centimeter

To calculate it find the volume of the sand in the container and multiply this by the density of the sand in the container. A much easier way to find the mass of the sand is to weight the container with the sand in it, empty the sand out of the container (and into another container if you want to keep the sand), re-weight the now empty container and subtract this weight from the first.

Put it on a weighing machine!

5000 square feet is a measure of area - whether in brass or anything else. The area can be in a variety of shapes and calculating it will depend on that shape.

Nobody has taken the time, as far as I know, to calculate how many grains of sand might be in a desert. It would be a total waste of time for a person to calculate this as the information would have no useful purpose.

Sand is mostly silicon dioxide, SiO2. It should be trivial to calculate the molar mass of that (I'm not going to do it for you, though).

If we assume for simplicity that all sand grains are the same size and spherical there are about 1 million three hundred thousand grains of sand in a given meter of desert. Instead of the average desert I said the Sahara. The Sahara has a area of around 9 million kilometers. We can do 9 million times 1k to get the number of meters in the desert. So I did 1,300,000 * (9,000,0001,000) and that gave 1.1710^18. That is around 1,170,000,000,000,000,000 grains of sand. Assuming I didn't look over something, although I probably did, that should be the number of sand grains in the Sahara. But if you want to choose any desert you can just change the 9,000,000*1000 to correctly match the information of the desert. Also keep in mind that this does not account for the depth of the sands but only accounts for surface and near surface grains.

The amount of sand on Malibu Beach has not yet been determined. Scientists have just recently tried to figure out how to calculate the amount of sand on beaches.

What fraction of the soil volume is void space

I have used 320 grit all-purpose sand paper. But if you find this isn't removing the brass, you can go to a 240 grit or so. Remember you are only scuffing the surface, it is just to remove the gloss so the primer has something to adhere to. I have used 320 grit all-purpose sand paper. But if you find this isn't removing the brass, you can go to a 240 grit or so. Remember you are only scuffing the surface, it is just to remove the gloss so the primer has something to adhere to.

1. Gold is denser than brass: weigh the object, and determine its volume (e.g. by measuring the displacement when it is sunk into water in a graduated cylinder). Calculate the density. Gold will come out near 19.4 grams/cubic centimetre; brass near 8.6 g/cm3. 2. Rub against the unglazed ceramic object, real gold leave gold streak brass plated will leave brass streak.

With a calculator

By mix design procedure you calculate F.A, C.A, cement and water content for any grade of concrete

D*d/162 = 25*25/162 = 3.85kg/m

hL = L(1-e)(Sg-1)

You have measure ratio of cement sand and aggregate

cfm=.32X(aXb)Xface velocity/144 a= width b=length

Simply calculate volume of sand as you calculated volume of cement to be used, just don't multiply it with 1440, divide by 50 as in case of calculating cement.you will get your answer in m3 of sand.

The area that 60lbs of sand will cover is dependant on how deep you want it.æ One hundred pounds of sand equal 1 cubic foot.Your customer service rep at your local storeæcan calculate how much you will need.

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