If fine sand has roughly 100,000 grains per cubic inch, then I make that 5.8 cubic feet (or about 43 liquid gallons).
In terms of AREA, that would depend on how thick you spread out that sand.
In very rough terms, I would say it would take up about 9 normal buckets. (average bucket size is about 5 gallons)
(1 cubic foot = (12x12x12) cubic inches = 1728 cubic inches)
Therefore, 1 cubic foot contains 1728 x 100000 fine grains = 172800000
1000000000 / 172800000 = 0.1728
1 / 0.1728 = 5.787
One billion barrels of oil would fill about 16 Olympic-sized swimming pools. This volume of oil is a massive quantity that would take up a significant amount of space.
The glue that holds sedimentary grains together is called cement. Cement is usually made up of minerals like calcite, silica, or iron oxide that fill the spaces between sediment grains and bind them together to form a rock.
This process is known as lithification, where sand grains are compacted and cemented together by minerals such as silica or calcite to form solid rock, such as sandstone. Over time, pressure and time cause the grains to become tightly packed and the cementing minerals fill in the gaps, creating a solid structure.
To calculate the volume of dirt needed to fill a circular area, you first need to find the area of the circle (πr^2, where r is the radius). In this case, for a 14-foot circle, the radius is 7 feet. Once you find the area, you can calculate the volume of dirt needed based on the desired depth of filling the circle.
On my calculations the total foot area i use when both stand together is 0.0636 square meters. Almost 15 people can stay shoulder to shoulder inside every square meter. 1 square meter is the same as 0.000 001 square kilometers. Inside one square kilometer we can place 15 million people. Earth is 148,940,000 km2 * 15000000 give the number 2341000000000000 Means that 2341000000000000 / 7 000 000 000 (human population) Says that to fill the earth the currently world population needed to be multiplied by 334428 times. For fill up the entire earth we just take the total surface area. 510,072,000 km2 * 15000000 = 7651080000000000.
The area that a trillion grains of sand would fill depends on the size of the grains. On average, a grain of sand is about 0.5 millimeters in diameter. If we assume a density of about 1.6 grams per cubic centimeter for sand, a trillion grains would occupy approximately 0.5 cubic meters, which could cover an area of around 10 square meters to a depth of about 5 centimeters. However, this is a rough estimate and the actual area can vary based on grain size and packing density.
Properly, this is a math question. But since you asked, first fill the critter with sand. Then pour the sand out onto a large white area...and count the grains individually when you put them back in.
About 50,000 grains of rice would fill a one-liter bottle.
In English it is 1,000,000,000.Visualize this as 1,000 groups of a thousand things, 1,000 times.A thousand groups of 1,000 one dollar bills would fill a small closet. A billion one dollar bills would fill a thousand such small closets!
there are 1000 millions in one billion :)
There are 100 grains of rice that you have to fill up a bowl with on freerice.com.
alot.
2 billion pounds of mud will fill a pretty big hole.
Depends on the pool you're comparing it to..
Fill is an area related to Stroke & Fill. Stroke is the border or outline of a shape, and Fill is the area within the Stroke.
I spent some time with this one so bare with me. 1,000,000,000 or 1 Billion
Fill is an area related to Stroke & Fill. Stroke is the border or outline of a shape, and Fill is the area within the Stroke.