👉 The word we're discussing is "1396. 2 [(1 Methylcyclopentyl)sulfanyl] 1,3 benzoxazole; 820961 95 3", which stands for the chemical formula of a substance known as 1,3-benzoxazole.
Imagine it's like trying to figure out how many different fruits you can make from one apple. In this case, it would be 3 types (the individual monosaccharides or sugars in your example) that come together to form benzoxazole (1,3 benzoxazole), and it has a unique chemical formula of C11H12NO2. Now, let's say you have 820961 molecules of benzoxazole that are mixed up in an interesting way like this: - It's 12 monosaccharides (the 1s orbitals), each with a unique carbon atom bonded to two hydrogen atoms. - Each molecule contains one hydrogen atom and one carbon atom, forming a linear arrangement of the monosaccharide units. This is like seeing a giant bunch of trees on an endless conveyor belt where all the individual trees are actually just a very small amount of benzoxazole molecules, which have a mixology like this: - 12 trees are grouped together with 30% hydrogen and 70% carbon. And as you can see,
