In this article, we’ll examine the first section of a worksheet named “Naming Molecular Compounds”. In the worksheet, you are asked to answer a number of questions about molecular structures. This worksheet contains lots of information, and some of it may seem irrelevant, but we’ll look at what it has to say in the next few sections.
Naming Molecular Compounds The first question on the worksheet is titled “What is a nucleic acid?”. It begins by asking a series of questions about this term. Next, the answers to these questions reveal that a nucleic acid is actually a small piece of DNA that includes code and instructions for making proteins. It is very important that the name of your protein should be unique, as this will make it easier for you to work with proteins in the future.
The next question, then, is titled “How many molecules can be produced from one nucleic acid?”. You will find that there are no precise answers to this question. Scientists will tell you that different things can be produced from the same nucleic acid, but when you start to get more specific, you start to get into the details of molecular biology. The best answer is that there are no “magic numbers” regarding the number of molecules that can be made from a single nucleic acid. What you need to do is to keep trying until you find something that works.
The final question on the worksheet asks for the name of a molecule in which one unit of hydrogen and one unit of oxygen are replaced by the given string of atoms. The question is, “This name is part of a sequence of two or more names”. This refers to how different names for a molecule are joined together.
The first one of the questions is titled “What is a general name?”. Your answers to this question reveal that a general name is one that is used for a variety of similar substances. A good example of this is if you had a compound that was made up of many sugars. In this case, the name would be made up of many words that are related to sugar. The name you use will depend on the chemical type of the substance.
The next one of the questions is titled “What is a specific name?”. Your answers to this question reveal that a specific name is a single word that is derived from several different names. For example, consider a molecule that was composed of several amino acids. There would be several different names that would describe the molecule, but the name that would best describe it would be the name of the amino acid. Some examples of this would be tyrosine, isoleucine, leucine, valine, phenylalanine, threonine, methionine, cysteine, histidine, lysine, proline, and tryptophan.
Lastly, you will have to answer the question, “How long does a protein take to make?”. As you might expect, this is about how long it takes to create one protein from one nucleic acid. If you want to make several proteins in the same amount of time, it would be best to focus on building proteins from amino acids and using different nomenclature in the names of these amino acids.
Naming Molecular Compounds: Part One – Basic Questions and Answers There are two more questions in this worksheet titled “Naming Molecular Compounds”, and the last one is titled “What happens to the molecule after it is created?”. After you answer the first question, it will be explained how the molecule is made and transferred into a vial. This will happen inside a lab and be followed by a detailed explanation of what happens in the laboratory.
