The most detailed description of phenacetin structure is here

This article introduces the knowledge of phenacetin structure in popular language, so that we can understand what the phenacetin is composed of, which parts are the phenacetin structure diagram, and how to judge whether a phenacetin structure diagram is correct.

Then I will explain to you in three parts.

Phenacetin Structura components  

The phenacetin structure is like the frame of a house. When many people explain the structure of phenacetin, they just introduce the structure. But it doesn’t really explain what the structure consists of. Today we know phenacetin at the atomic level.

If the structure of chemical must be the frame of the house, we know that the frame of the house is made of cement, sand and steel, so what is phenacetin made up of?So we have to stand at the atomic level to analyze that phenacetin is made up of 10 carbon atoms, 13 hydrogen atoms, one nitrogen atom and two oxygen atoms.

Is this explanation very simple for you?But knowing the components doesn’t mean knowing the structure of finasidin, just as you know cement, sand, steel bars, how to build a house. Next we look at how 10 carbon atoms, 13 hydrogen atoms, one nitrogen atom, two oxygen atoms are arranged and combined to form the structure of non nashidine.

The arrangement of the phenacetin structure

The phenacetin structure is composed of several modules. These modules are like building blocks. They are combined to form the phenacetin structure. Let’s see how these modules are arranged?

We need to know what modules make up the phenacetin structure.They are benzene, methyl, oxy, acetyl.

A benzene ring is composed of six carbon atoms and four hydrogen atoms.

Two methyl groups are made up of two carbon atoms and five hydrogen atoms.

An oxygen group is made up of one oxygen atom.

An acetyl group is composed of one nitrogen atom, four hydrogen atoms, two carbon atoms and two oxygen atoms.

Now that we know the modules, let’s see how to arrange and splice them?

First, connect an acetyl group on the right side of the benzene ring, then splice an oxygen group on the left side of the benzene ring, and splice two methyl groups on the left side of the oxygen group, and then the combination is finished.

How to judge whether the phenacetin structure is correct or not?

We have already introduced the structural components of phenacetin, but you will be dazzled to see the molecular formula diagrams of different characters on different websites.

It doesn’t matter. You just need to follow the above description to know how to change it is 10 carbon atoms, 13 hydrogen atoms, one nitrogen atom, two oxygen atoms, and the arrangement is benzene ring, methyl, oxygen group and acetyl group.

As shown in the figure below:

The picture doesn’t mark all the elements, which is actually the same as the detailed picture we can introduce.

The simplest way to judge whether the structure is correct is to find out the molecular formula. For example, the molecular formula of phenacetin is C10H13NO2, which corresponds to whether the number of atoms in the structural formula is right. For example, if the number of carbon atoms in the structural formula is not two, then the molecule is definitely wrong.

The following pictures are taken from a website to introduce the structure of phenacetin. However, it is obvious that the structure is totally wrong. The most obvious mistake is that there are four carbon atoms marked.

Many websites also quote their structure diagram, which is a mistake.

I believe you now have a certain understanding of the phenacetin structure. If you want to know more about phenacetin, you can pay attention to our website https://www.buyphenacetin.com

If you need to buy phenacetin powder, you can contact the customer service staff of the website.