Organic Chemistry Teachers Knowledge Of The Periodic Table

Organic Chemistry Teacher's Knowledge Of The Periodic TableThere are certain table properties that every organic chemistry tutor should be aware of, and one of them is that the hydrocarbon molecules found in gasoline or propane, for example, are not actually present in nature. When a student asks, 'What is the difference between diesel and gasoline?'One organic chemistry tutor recently had a student who insisted that gasoline was actually petrol, and that the gas that we see coming out of the tailpipe was actually fossil fuel, which was derived from natural gas, which was derived from natural gas by having water and oil mix together to form methane gas. But how did he come to this conclusion? He had a quick look at the periodic table and was able to demonstrate it to his student.Gasoline is a hydrocarbon molecule, which consists of a carbon and two hydrogen atoms bonded together in a single, double bond. Ethanol, a lower alcohol, is made from gasoline by using ethanol as a solvent. E thanol is also made from propane by combining carbon dioxide with hydrogen. The molecule you see in your car's gas tank, known as methanol, is composed of gasoline and hydrogen.For the purpose of this article, let's take a look at what constitutes petrol, and what constitutes methanol, and the organic chemistry tutor can go into more detail on that subject. However, in general, petrol is simply the term used for the combination of a carbon and two hydrogen atoms, while methanol is composed of three carbon atoms and two hydrogen atoms. So while it can be further broken down into tertiary and secondary types, the key property is still the four-carbon unit, or carbonyl group.When it comes to petrol, the organic chemistry tutor would find that it is composed of carbon, hydrogen, oxygen, nitrogen, sulfur, phosphorus, and sometimes nickel, platinum, or chrome. Therefore, it is quite important to know the properties of a carbon molecule, and what are its molecular weights, and carbon chain lengths. Additionally, if your student wants to study the lightest forms of carbon, it will be useful to note that the C atom is the lightest, and the O atom is the heaviest.In addition to knowing these properties, the organic chemistry tutor must also be familiar with the bonding properties of the hydrogen atoms. When they are bonded to other atoms, the carbon becomes less stable, which is why methyl groups are typically used to help stabilize it. The use of an ethyl group will help solidify the carbon, making it more stable, and consequently, the molecule will become more stable in the presence of an acid.The final table property that your organic chemistry tutor should be aware of is that of what occurs when two carbon molecules are placed together. It may sound a bit complex, but it is important to understand that this bonding can be very stable, and because of this, the normal cyclic compounds of carbon, such as dichloromethane and ethyl chloride, occur naturally.These table p roperties are all well and good, but the organic chemistry tutor should be knowledgeable enough to teach his students that they should never be confused by the types of compounds that they encounter during their course. It is really up to them to determine which is the right one for the chemical formula that they want to work with.