A mole equals 6.022415×1023 so the line of sand would be 6.022415×1023 mm long.
This is equal to 6.022415×1018 km or 3.7419852437x1018 miles (3.742 exa miles or 3.742 quintillion miles).
In it's full form this is three quintillion, seven hundred and forty one quadrillion, nine hundred and eighty five trillion, two hundred and forty three billion, seven hundred million miles, or a very long way indeed.
To put that figure into context, the distance from the Earth to the sun is 92.960 x106 miles (ninety two million miles) so the line of sand would be roughly 40 billion times longer than that distance.
The diameter of our galaxy is approximately 100,000 light years (5.874x1017 or five hundred and eighty seven quadrillion, four hundred trillion miles), so the line of sand would be around six times longer than that (636 ,976 light years to be precise).
To sum up, it would be a very, very, very, very long line of sand.
1 serving of grains from the grains food group is equivalent to 1 ounce. So, 6 oz of grains would be about 6 servings of grains.
A grain is an old-fashioned, medieval unit of weight equal to the weight of a grain of wheat or barley, it isn't used in the modern world. One grain was roughly equivalent to 64.8 milligrams, so 7.5 would be 7.4 time 64.8, which is 486 milligrams, or 0.486 grams.
A grain of sand is a tiny piece of rock or mineral, usually made of silica. A grain of sugar is a small crystal of sucrose, a type of carbohydrate. Both are small, granular substances commonly used for various purposes.
The recrystallization temperature is the temperature at which new strain-free grains begin to form in a deformed material. In general, materials with smaller grain sizes have lower recrystallization temperatures because there are more grain boundaries present, which promote the nucleation of new grains during recrystallization. Conversely, materials with larger grain sizes may require higher temperatures for recrystallization to occur due to fewer grain boundaries inhibiting grain growth.
The area occupied by a trillion grains of sand depends on the size of the grains. For example, if we estimate an average grain of sand to be about 1 millimeter in diameter, a trillion grains would occupy about 1 cubic meter of volume. If spread out in a thin layer of approximately 1 millimeter thick, this would cover an area of about 1 square meter. However, if the layer is thicker or thinner, the area would vary accordingly.
50 grains.
One pancake would be equal to one serving of grain.
The weight of a grain is approximately 65 milligrams. Therefore, 0.3 mg would be equivalent to around 0.0046 grains.
It would take an enormous number of rice grains to reach the moon. The estimated volume of the moon is about 5.5 billion cubic miles, so trying to quantify this in terms of grains of rice would be practically impossible.
wheat and vitamins
1 serving of grains from the grains food group is equivalent to 1 ounce. So, 6 oz of grains would be about 6 servings of grains.
If a grain is about 60 mg, then 10 grains of cocaine would be about 600 mg or .6 grams, quite a decent amount for sure...
No, metal does not have a grain like wood does. When bending metal, you would typically consider factors such as the type of metal, its thickness, and the method of bending to achieve the desired result.
The grain property of a texture refers to the size, distribution, and alignment of particles within the material. For a texture that is rounded or jagged, the grains would likely be irregular in shape and varying in size, with jagged textures having sharper and more angular grain boundaries compared to smoother, rounded textures. The arrangement of grains would influence the overall appearance and feel of the texture.
0.9 grams=39 grains more at freerice.com
On average, a grain of sand weighs about 0.25 milligrams. Therefore, one billion grains of sand would weigh around 250 kilograms.
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.