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Dr. Jason Dinsmore

Let me know if any of this sounds familiar...

Organic Chemistry – It’s a weed-out course, many students fail, you will fail, it’s hard, it’s time consuming, it’s complicated, you won’t like it, good luck (with sarcasm), you won’t have a life, you may have to take it again, it will wreck your GPA, it may keep you out of medicinal school…and on and on. 

The story we hear about something dramatically influences how we see and experience something.

Now, I want to share with you a different story about organic chemistry. And this story is backed up by years of teaching the material.

Read more

Let me know if any of this sounds familiar...

Organic Chemistry – It’s a weed-out course, many students fail, you will fail, it’s hard, it’s time consuming, it’s complicated, you won’t like it, good luck (with sarcasm), you won’t have a life, you may have to take it again, it will wreck your GPA, it may keep you out of medicinal school…and on and on. 

The story we hear about something dramatically influences how we see and experience something.

Now, I want to share with you a different story about organic chemistry. And this story is backed up by years of teaching the material.

Organic chemistry is simple and easy to learn. There is a very effective and direct way to learn the material that allows you to start using it immediately. No matter where you are in the class, there are simple and effective ways to immediately increase your understanding and grade. 

Since I began teaching in 1998, I have been working on creating the simplest and most effective way for anyone to learn organic chemistry. And this course is what has come out of those efforts. 

Well, let’s not waste anymore time...Let’s get to it.

Enroll now

What's inside

Learning objective

Discover simple tips and tricks to help you ace you organic chemistry class!

Syllabus

Tips and Tricks

Alrighty my friend... make sure to keep these tips in mind when going over alkyl halides

What you'll learn in this video...

- The most important things to think about when working on questions with alkyl halides.

Read more

Alrighty my friend... make sure to keep these tips in mind when going over alkenes.

What you'll learn in this video...

- The most important things to think about when working on questions with alkenes.

Alrighty my friend... make sure to keep these tips in mind when going over alkynes.

What you'll learn in this video...

- The most important things to think about when working on questions with alkynes.

Alrighty my friend... make sure to keep these tips in mind when going over alcohols.

What you'll learn in this video...

- The most important things to think about when working on questions with alcohols.

Alrighty my friend... make sure to keep these tips in mind when going over epoxides.

What you'll learn in this video...

- The most important things to think about when working on questions with epoxides.

Alrighty my friend... make sure to keep these tips in mind when going over aromatic rings.

What you'll learn in this video...

- The most important things to think about when working on questions with aromatic rings.

Well - It's time to see how to put all of this together!

I will show you how to go from start to finish with a few problems

What you'll learn in this video...

- How to apply all the tips and tricks to solve your organic chemistry questions

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Offers targeted guidance on specific functional groups like alkyl halides, alkenes, and alcohols, which are commonly covered in introductory organic chemistry courses
Focuses on problem-solving strategies, which can be especially helpful for students struggling with the application of organic chemistry concepts
Provides tips and tricks for approaching different types of organic chemistry problems, potentially offering a more intuitive understanding of the subject
May not cover all topics in a typical organic chemistry curriculum, as it focuses on specific functional groups and problem-solving techniques

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Reviews summary

Organic chemistry study guide

According to learners, this course aims to provide simple tips and tricks for acing organic chemistry. It focuses on demystifying the subject, which is often perceived as difficult. Students find the course breaks down key concepts related to various functional groups like alkyl halides, alkenes, alkynes, alcohols, epoxides, and aromatic rings. A significant part involves applying these practical methods to practice problems, helping to clarify complex ideas and providing a different perspective on learning organic chemistry. It is presented as an effective way to immediately increase understanding and grade.
Covers key functional groups with specific advice.
"The breakdown by functional group was exactly what I needed for review."
"Learning specific tips for alcohols and aromatic rings was beneficial."
"It helped me focus on the areas where I struggled the most."
Applies methods to solve practice problems.
"Working through the example problems really showed how the tips work in action."
"The practice problem section solidified my understanding significantly."
"It was great to see how to go from start to finish on questions."
Offers useful techniques for problem-solving.
"The specific tips for tackling problems were incredibly helpful."
"I liked learning practical tricks I could use right away on homework."
"The tips shared felt very actionable and easy to apply."
Breaks down daunting O-Chem concepts.
"This course helped make organic chemistry seem less intimidating than my main class did."
"The way the instructor explained things made complicated reactions finally click for me."
"I found the material much simpler to grasp using the methods taught here."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Organic Chemistry Tips, Tricks and Practice Problems with these activities:
Review Nomenclature Rules
Reinforce your understanding of naming conventions. This will help you quickly identify and understand the compounds discussed in the course.
Show steps
  • Review IUPAC naming rules.
  • Practice naming simple organic molecules.
  • Quiz yourself on common functional groups.
Read 'Organic Chemistry as a Second Language' by David R. Klein
Gain a different perspective on the material. This book offers a simplified approach to understanding organic chemistry concepts.
Show steps
  • Obtain a copy of the book.
  • Read the chapters corresponding to the course topics.
  • Work through the practice problems.
Reaction Mechanism Practice
Solidify your understanding of reaction mechanisms. This will enable you to predict products and understand reaction outcomes.
Show steps
  • Choose a set of reaction mechanisms.
  • Draw out the full mechanism for each.
  • Compare your answers to solutions.
  • Repeat with different reactions.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create Flashcards for Reactions
Memorize key reactions and reagents. This will help you quickly recall information during problem-solving.
Show steps
  • Identify important reactions from the course.
  • Create flashcards with reactants and conditions on one side.
  • Write the products on the other side.
  • Review the flashcards regularly.
Read 'Organic Chemistry' by Paula Yurkanis Bruice
Supplement your learning with a comprehensive textbook. This will provide a broader and deeper understanding of the concepts.
Show steps
  • Obtain a copy of the textbook.
  • Read the chapters relevant to the course topics.
  • Work through the example problems.
Design a Synthesis of a Target Molecule
Apply your knowledge to a real-world problem. This will test your understanding of reaction mechanisms and retrosynthetic analysis.
Show steps
  • Choose a target molecule.
  • Perform a retrosynthetic analysis.
  • Design a synthesis route.
  • Justify each step with reaction mechanisms.
Solve Spectroscopy Problems
Develop your skills in interpreting spectroscopic data. This will help you identify unknown compounds.
Show steps
  • Find practice problems involving NMR, IR, and Mass Spec.
  • Analyze the spectra to determine the structure.
  • Compare your answer to the solution.
  • Repeat with different spectra.

Career center

Learners who complete Organic Chemistry Tips, Tricks and Practice Problems will develop knowledge and skills that may be useful to these careers:
Medicinal Chemist
As a medicinal chemist, you might design and synthesize new drug candidates and improve the processes used to create existing pharmaceuticals. This often requires a deep understanding of organic chemistry. This course can help one approach organic chemistry with confidence. It can help one learn tips and tricks to master this foundational subject. With a strong foundation in organic chemistry, one can more easily understand the chemical reactions and molecular interactions that are essential to drug design and development. A prospective medicinal chemist may find this course particularly helpful.
Biochemist
Biochemists study the chemical processes that occur in living organisms. Organic chemistry is a foundational subject for biochemistry, as it provides the basic understanding of the structure and reactivity of biological molecules. This course may help one approach organic chemistry with confidence. The course's format, which emphasizes simple and effective learning, may be useful. A future biochemist may find this course to be a valuable tool.
Pharmacologist
Pharmacologists study how drugs interact with biological systems. A strong understanding of organic chemistry is essential for understanding drug metabolism and the mechanisms of drug action. This course can help one approach organic chemistry with confidence. One may find it useful in building a solid foundation in the fundamentals of organic chemistry. A pharmacologist may find this course to be valuable, especially since a pharmacologist usually needs an advanced degree.
Chemical Engineer
Chemical engineers frequently deal with the design and optimization of chemical processes, which requires a strong base in organic chemistry. This course may help you learn tips and tricks that help you approach organic chemistry with confidence. By simplifying the learning process, one may be able to apply these principles more effectively in chemical engineering applications. The course's focus on problem-solving and practical application of organic chemistry principles may be useful to anyone to work in chemical engineering.
Science Teacher
Science teachers often teach chemistry, which includes organic chemistry. This course may help one approach organic chemistry with confidence. This course may be useful for anyone who wants to refresh or deepen their knowledge of organic chemistry. The simple tips and tricks taught in this course may be helpful in explaining organic chemistry concepts to students. The science teacher may find this course to be useful.
Research Scientist
Research scientists across various fields, including chemistry, biology, and materials science, often need a strong understanding of organic chemistry. This course can help one approach organic chemistry with confidence. Its emphasis on simplifying complex topics may be helpful for anyone working in a research environment. The tips and tricks taught in this course may be useful for designing and conducting experiments. A research scientist may find this course valuable.
Environmental Chemist
Environmental chemists analyze the chemical composition of environmental samples. It is necessary to assess the impact of pollutants and develop remediation strategies. This work often involves understanding the behavior of organic compounds in the environment. This course may help one approach organic chemistry with confidence. Its focus on practical tips and problem-solving may be helpful. This course may be useful to environmental chemists who need to master organic chemistry.
Materials Scientist
Materials scientists develop and study new materials, often involving organic compounds. This course may help one approach organic chemistry with confidence. These scientists use organic chemistry to understand the properties and behavior of organic materials. This course may be useful for anyone seeking to improve their understanding of organic chemistry. This is especially true for the sections covering alkenes, alkynes, alcohols, and aromatic rings. These compounds are frequently used in the creation of new materials.
Toxicologist
Toxicologists assess the harmful effects of chemicals on living organisms. This requires an understanding of how organic compounds are metabolized and how they interact with biological systems. This course may help one approach organic chemistry with confidence. The use of tips and tricks to simplifying organic chemistry may be helpful. A toxicologist may find the course valuable.
Cosmetic Chemist
Cosmetic chemists formulate and develop cosmetic and personal care products. This work involves understanding the properties and interactions of various organic compounds. This course can help one approach organic chemistry with confidence. Cosmetic chemists may find it useful for refreshing their knowledge of organic chemistry principles. The course's emphasis on practical application and problem-solving may be helpful. A cosmetic chemist may find this course to be valuable.
Food Scientist
Food scientists study the chemical composition of food. They analyze food processing methods to improve flavor, nutrition, and safety. Organic chemistry is essential for understanding food chemistry. This course may help you approach organic chemistry with confidence. The course's emphasis on practical application and problem-solving may be helpful. A food scientist may find this course to be a useful tool.
Agricultural Scientist
Agricultural scientists work to improve crop production and develop sustainable agricultural practices. Organic chemistry is essential for understanding the chemistry of pesticides, fertilizers, and other agricultural chemicals. This course may help one approach organic chemistry with confidence. Its focus on practical tips and problem-solving may be useful. An agricultural scientist may find this course to be valuable.
Science Writer
Science writers communicate complex scientific information to the public. This often involves explaining concepts from chemistry, including organic chemistry, in an accessible way. This course may help one approach organic chemistry with confidence. Science writers may find it useful for refreshing their understanding of the fundamentals. The course's emphasis on simplifying complex topics may be helpful. A science writer may find this course to be a useful tool.
Patent Attorney
Patent attorneys who specialize in chemistry or pharmaceuticals need a strong understanding of organic chemistry. This is necessary when evaluating the novelty and patentability of new chemical compounds and processes. This course may help one approach organic chemistry with confidence. Patent attorneys may find the course useful. The tips and tricks taught in this course may be helpful in understanding the technical details of patent applications. A patent attorney may find this course valuable.
Clinical Laboratory Technician
Clinical laboratory technicians perform tests on biological samples to help diagnose and monitor diseases. Some of these tests involve organic compounds. This course may help one approach organic chemistry with confidence. Clinical laboratory technicians may find the course useful. This course may be a tool to understanding the chemical reactions involved in these tests. This course may be especially valuable.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Organic Chemistry Tips, Tricks and Practice Problems.
Is designed to help students who struggle with organic chemistry. It presents the material in a clear and concise manner. It focuses on the fundamental concepts and provides numerous examples. This book is particularly helpful for students who need a more accessible introduction to the subject.

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