m = weight of the cube
M = mole mass(the mass of one mole)
C
12H
22O
11
n=m/M
m= a sugar cube weighs about 3 grams
M= 12x12+22x1+11x16=342 g/mole
n = 3/342=0,008 mole
Amount of atoms is: n x 6.022x10^23
0,008 times 6.022 000 000 000 000 000 000 000 00
Don't have a calculator on me that can calculate this without exploding :S
Something like that, not guaranteeing this is 100% correct.
That would depend on how you define "change" and "sugar cube". If moving a sugar cube changes it, since you could move any sugar cube to an uncountable number of other locations, such a sugar cube could change in an infinite number of ways. If you define "sugar cube" as a six sided solid of glucose, you could substitute any one or more of several billion atoms for its isotope, and change it into a different sugar cube. If you allow chemical reactions, as in "how many ways can the contents of a sugar cube be used to make another substance?", then again, there are an infinite number if potential transformations. If you were to hurl a particular sugar cube into the ocean or the sun, in a thousand years, atoms from that cube would be found in several billion organisms.
Sugar has three different types of atoms: carbon, hydrogen, and oxygen.
A tiny cube of sugar is called a sugar cube, while a tiny cube of salt is called a salt cube.
there are 11 atoms
There are 22 atoms of hydrogen, 12 atoms of carbon, and 11 atoms of oxygen.
That would depend on how you define "change" and "sugar cube". If moving a sugar cube changes it, since you could move any sugar cube to an uncountable number of other locations, such a sugar cube could change in an infinite number of ways. If you define "sugar cube" as a six sided solid of glucose, you could substitute any one or more of several billion atoms for its isotope, and change it into a different sugar cube. If you allow chemical reactions, as in "how many ways can the contents of a sugar cube be used to make another substance?", then again, there are an infinite number if potential transformations. If you were to hurl a particular sugar cube into the ocean or the sun, in a thousand years, atoms from that cube would be found in several billion organisms.
One sugar cube typically weighs about 4 grams of sugar. This can vary slightly depending on the brand and density of the sugar cube, but 4 grams is a standard measurement for a regular sugar cube.
725,000
There are no "atoms in an element," but rather atoms OF an element. If you are trying to find the number of atoms in a sample of a pure element you divide its weight by its molar mass and then multiply by 6.022 x 10^23 to get the answer in atoms. The answer options are 2,3, or 4.
45 atoms
A sugar cube is a compound. It is made up of molecules of sucrose, which is a compound composed of carbon, hydrogen, and oxygen atoms.
283 trevigintillion
Lots
8
Sugar has three different types of atoms: carbon, hydrogen, and oxygen.
One sugar cube is free when Finnick Odair steals them from horses in the Hunger Games.
One sugar cube is equal to one teaspoon or 1/48th of a cup. (Source: http://wiki.answers.com/Q/What_quantity_of_sugar_is_in_a_cube) There are 200g of sugar per cup. (Source: http://en.wikipedia.org/wiki/Sugar) The math yields the answer: There are 4.17g of sugar per cube of sugar.