If the sand is totally silicon dioxide and is assumed to be a uniform volume of one cubic millimeter then the number would be approximately 2*10^19 molecules, or 20,000,000,000,000,000,000
Well, snowflakes stick together while falling so snowflakes. :)
Atoms are not bigger than a grain of sand. Nobody has ever even seen an atom. They are incredibly small.
A grain of sand is much bigger than an atom.
There are trillions of atoms in a single grain of sand.
A googol is larger than the estimated number of atoms in the observable universe.
yes
No. Comets are usually a few thousand feet to a few miles wide. An object smaller than a sand grain would not be visible in space.Meteors which enter the earth's atmosphere are often sand grain sized, but the once we can see are usually from pebble sized objects.
molecules
The brick falls faster through the air than loose sand because each grain of sand has to overcome air resistance which is proportionally larger for the small particles.If you put both brick and sand into the same size box then they will fall at the same rate.
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Yes. Asteroids can be anywhere from the size of a grain of sand to larger than the Earth.
Because of erosion or the water erodes the sand there for shaping it differently.
i really dont know this answer. if i could guess i would say gram.can u answer this ? -> 5 times 1,007,777,779,999,999 + 10 = 50,388,888,900,000,005 . TRUE OR FALSE!!!!!
No. Sand grains vary quite a but in size, but for our purposes let us consider a spherical grain of sand composed of quartz that is 1 millimeter in diameter. Such a grain would have a mass of about 0.0014 grams and given the formula of SiO2, with a molar mass of 60 grams per mole, would contain about 4.2*10^19 (42 quintillion) atoms. It is hard to estimate the number of stars in our universe and there do not appear to be any reliable sources. There are about 100 billion galaxies in the known universe and own galaxy contains an estimated 200 billion stars, but it is significantly larger than the average galaxy. If we figure the average galaxy contains about 20 billion stars then we get an estimate of 2.0*10^21 (2 sextillion) stars in the known universe universe, about 50 times the number of atoms in our sand grain.
a grain of sand
sugar dissolves, sand don't
A googol is larger than the estimated number of atoms in the observable universe.
yes
No. Comets are usually a few thousand feet to a few miles wide. An object smaller than a sand grain would not be visible in space.Meteors which enter the earth's atmosphere are often sand grain sized, but the once we can see are usually from pebble sized objects.
Gravel, cobbles and boulders are all individual clasts of increasing size that are larger than sand.
sand works better as it has tiny grain particles which make sand easy to pour, whereas soil has is much thicker than sand.