Organic Chemistry & the Study of Carbon Compound Life Forms

An error occurred trying to load this video.

Try refreshing the page, or contact customer support.

Coming up next: Introduction to Organic Molecules I: Functional Groups

You're on a roll. Keep up the good work!

Take Quiz Watch Next Lesson
Your next lesson will play in 10 seconds
  • 0:19 What is Organic Chemistry?
  • 2:14 What Makes Carbon Special?
  • 4:19 The Branches of…
Save Save Save

Want to watch this again later?

Log in or sign up to add this lesson to a Custom Course.

Log in or Sign up

Speed Speed

Recommended Lessons and Courses for You

Lesson Transcript
Instructor: Julie Zundel

Julie has taught high school Zoology, Biology, Physical Science and Chem Tech. She has a Bachelor of Science in Biology and a Master of Education.

Organic chemistry is the study of carbon-containing compounds. This lesson will explore why carbon is such an important element, and how organic chemistry is related to your life.

What is Organic Chemistry?

Hello! My name is Callie Carbon and I'm here to tell you all about me, because I am super important.

I know what you're thinking: 'Callie Carbon kind of sounds self-absorbed.' But I really am important. In fact, there is an entire branch of chemistry dedicated just to me called organic chemistry, or the study of carbon-containing molecules and the compounds they form. Before we go on, people often think of organic as 'natural' or 'pesticide-free,' but in chemistry it doesn't mean that. So go ahead and enjoy your organic tomatoes, but realize that has a different meaning than the 'organic' in chemistry.

Anyways, not all substances that contain carbon fall into the organic chemistry category. For example, a diamond is made up of carbon atoms, but studying diamonds wouldn't make you an organic chemist, so I should add organic chemistry usually involves the study of molecules that have the carbon-hydrogen bond. But you'll see various definitions depending on where you are looking.

Yeah, hydrogen and I are pretty close and we usually hang out together, and we can be found in everything that is or was alive! So that includes you, your dog Rex, and even your houseplant. But there's more! We can be found in the gasoline in your car, your plastic water bottle, and even the asphalt on the highway!

Before we talk about why I am so important, let's take a closer look at what organic chemists study.

  • They look at the structure and composition of carbon-containing molecules. Some molecules are small, some are large, some have double bonds, and others have rings. There are many different organic molecules, so there are many different structures. Some are made of just carbon and hydrogen, whereas others have other elements, too.
  • Organic chemists look at the properties of organic compounds. For example, are they a solid at room temperature? Or are they a gas? Do they dissolve easily in water?
  • They examine how organic molecules can be prepared. For example, what happens if you combine two or three organic molecules? What type of new compound do you get?
  • Finally, they look at the different reactions that can occur.

Why Carbon?

So you might be wondering: 'Why is carbon the element that's so important? Why not neon? Or chlorine?' I don't want to put down my fellow elements -- I mean neon and chlorine are friends of mine, but they can't do what I can do! For starters, I can bond, or attach, with four other elements at the same time.

This is because I have four valence electrons, or the outermost electrons farthest from the center, or nucleus, of an atom.

In order to reach stability, atoms like to have eight valence electrons, so I tend to share four other electrons with another atom, which gives me eight total. So I bond, or attach, to other atoms through covalent bonds, or the bond formed when atoms share electrons. Each valence electron is involved in bonding, so this is why I can attach, or bond, to four other atoms at once!

But that's not all! In addition to bonding with four different atoms at once, I am also pretty special because of the way I can bond. For example, I can form simple bonds and make something like methane: attaching to four hydrogen atoms. Or I can make a more complicated molecule by bonding with other carbons and forming a chain.

I can make a branching chain, I can double back and make rings, and I can even form double or triple bonds with other atoms! I'm sure talented!

So you probably get the idea that I can bond with many different elements, in many different ways, and so I can make millions of different organic molecules, or molecules that contain carbon.

To unlock this lesson you must be a Member.
Create your account

Register to view this lesson

Are you a student or a teacher?

Unlock Your Education

See for yourself why 30 million people use

Become a member and start learning now.
Become a Member  Back
What teachers are saying about
Try it risk-free for 30 days

Earning College Credit

Did you know… We have over 200 college courses that prepare you to earn credit by exam that is accepted by over 1,500 colleges and universities. You can test out of the first two years of college and save thousands off your degree. Anyone can earn credit-by-exam regardless of age or education level.

To learn more, visit our Earning Credit Page

Transferring credit to the school of your choice

Not sure what college you want to attend yet? has thousands of articles about every imaginable degree, area of study and career path that can help you find the school that's right for you.

Create an account to start this course today
Try it risk-free for 30 days!
Create an account