purpose of the mole
Since atoms are very small and very difficult to individually measure, we use mass to estimate the number of atoms and vice versa. To help with this, a measurement called the mole is used to help count atoms. With the use of the mass spectrometer, the number, 6.022 x 10^23 was found to be the most sufficient for chemistry purposes. The number got its name, Avogadro's Number, after his countless achievements and discoveries within chemistry. One mole of something is equal to 6.022x10^23 amount of that item, or 6.022 hexillion. Since atoms are very small, a bulk amount of them, in this case, a mole, is used to measure a sample of atoms. Like a couple of bottles is 2 bottles, and a mole of bottles is 6.022 hexillion bottles. Even on the periodic table of elements, there exists something called a molar mass, which is the mass of a mole rather than just a single atom so atoms can be measured as a sample and not individually. 6.022 hexillion is a very large number and difficult to imagine its sheer size. Small objects, like dice or erasers, can cover the whole earth multiple times if there is a mole of them. This puts into perspective how small atoms really are, and why moles are used to calculate and measure them. More than a mole would be too big of a sample and less than a mole would be too small, which makes the mole an optimal amount to measure.
I like how you explained the topic in such detail! It really made it easy for the reader to follow along!
ReplyDeleteI like how you wrote your passage in an informal way but still described really well just as the original one
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