Organic Chemistry II Crash Course - OChem Made Simple from Udemy

Starting Winter 2024 - Students who purchase the course will get access to a community discord server where I will will host Q&A's and answer questions. Link will be sent upon enrollment.

With almost a decade of experience tutoring OChem II at post-secondary institutions across North America, I have found that the curriculum is similar between many schools (despite the different course codes). This course is an excellent resource for any students taking an undergraduate OChem II course who are looking for a one-stop shop for understanding the core ideas in Organic Chemistry.

This course is not meant to replace your lecture notes. Your professor makes your test, and their lecture notes should be the "ground source of truth". However, my videos and problems are designed to help you build a solid foundation quickly so that you can better understand you lecture notes. Students using this course save countless hours of studying to achieve great grades.

I have had direct experience tutoring the following courses:

UofA: Chem 263

SFU: Chem 282

McMaster: 2OB3

UofC: Chem 353

UBC: Chem 213

Berkeley: Chem 3B

UCSD: Chem 40B

Rutgers: Chem 308

University of Michigan: Chem 215

And more.

The goal of this course is to provide a cost-effective, topic-by-topic resource that you can use in your own time to learn about material before your professors’ lectures, or to help solidify the concepts after them. For each concept, I will go into detail about the material in video lectures, with a focus on the common mistakes and helpful tips and tricks to ensure you have a solid foundation. The layout of the course is comprehensive, and matches the order of the material typically taught, making this a one-stop shop for your needs as a student.

What's inside

Learning objectives

Learn how to approach nmr spectra with a step-by-step approach and the "doorway" method, while also understanding the complexities of multiplicity
Understand the core concepts in molecular orbital theory as they apply to conjugated and aromatic systems. including reactions of conjugated systems
Learn the step-by-step mechanisms of ochem ii chemical reactions: aromatic rings, carbonyls reactions, carboxylic acid derivatives, enol reactions and more!

Break down carbonyl reactions into mode 1, mode 2 and mode 3 reactions. a framework for organizing the complexity of carbonyls
You will gain hands-on practice, both by following along with my "work-along" videos at the end of each chapter, and by doing practice problems yourself!

Learn how to approach nmr spectra with a step-by-step approach and the "doorway" method, while also understanding the complexities of multiplicity
Understand the core concepts in molecular orbital theory as they apply to conjugated and aromatic systems. including reactions of conjugated systems
Learn the step-by-step mechanisms of ochem ii chemical reactions: aromatic rings, carbonyls reactions, carboxylic acid derivatives, enol reactions and more!
Break down carbonyl reactions into mode 1, mode 2 and mode 3 reactions. a framework for organizing the complexity of carbonyls
You will gain hands-on practice, both by following along with my "work-along" videos at the end of each chapter, and by doing practice problems yourself!

Syllabus

Learn how to interpret 1H NMR spectra to solve for unknown chemical structures

1.1 - What is 1H NMR, Solving Unknown Structures

1.2 - Understanding Signals as Equivalent Hydrogen Groups

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a comprehensive overview of key OChem II concepts, which is helpful for students seeking to solidify their understanding of the material

Breaks down complex carbonyl reactions into Mode 1, Mode 2, and Mode 3, offering a structured approach to understanding their mechanisms

Includes 'work-along' videos and practice problems, providing hands-on experience that reinforces learning and problem-solving skills

Focuses on common mistakes and helpful tips, which can help students avoid pitfalls and improve their understanding of the subject matter

Requires students to have access to NMR spectroscopy equipment, which may not be readily available to all students

Designed to supplement, not replace, lecture notes, so learners should use it alongside their primary course materials for optimal learning

Reviews summary

Effective ochem ii study supplement

According to students, this course is an excellent supplement for undergraduate Organic Chemistry II. Learners appreciate the clear explanations of complex topics like NMR, MO theory, and reaction mechanisms, often described as being made "simple". The course structure, which often matches typical university syllabi, and the inclusion of helpful problem-solving methods like the "Doorway" and "ABC" methods, are frequently highlighted as major benefits. Students find the content concise and say it saves significant study time, providing a solid foundation for understanding their main lectures. While some note it's best used alongside university materials rather than as a replacement, the overall feedback indicates it's a highly valuable resource for mastering OChem II concepts.

Designed to support, not replace, university lectures.

"As the instructor stated, this course is a great supplement to my lectures."

"Use this alongside your textbook and class notes for best results."

"It won't replace attending lectures but is an excellent aid."

Course aligns well with university syllabi.

"The course structure matched my university's OChem II syllabus almost perfectly."

"Easy to find the topics I needed help with."

"Follows a logical flow for learning the material."

Efficiently covers material, saving study time.

"Saved me countless hours trying to figure things out on my own."

"Gets straight to the point without unnecessary fluff."

"A concise review that hit all the important topics."

Useful strategies for tackling OChem II problems.

"The 'Doorway' method for NMR is a game changer."

"The ABC method really helped organize my understanding of reaction schemes."

"Learned practical approaches to solving difficult synthesis problems."

Complex OChem II topics made simple.

"The explanations for complex topics were incredibly clear and easy to follow."

"Made difficult concepts like MO theory and NMR much more understandable."

"I finally understood reaction mechanisms after watching these videos."

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 II Crash Course - OChem Made Simple with these activities:

Review Organic Chemistry I Concepts

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Reinforce your understanding of fundamental organic chemistry principles, including nomenclature, reaction mechanisms (SN1, SN2, E1, E2), and stereochemistry, to build a solid foundation for the advanced topics covered in Organic Chemistry II.

Browse courses on Nomenclature

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Review your notes and textbook from Organic Chemistry I.
Work through practice problems focusing on key concepts.
Identify areas where you feel weak and seek additional resources.

Read 'Organic Chemistry' by Paula Yurkanis Bruice

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Supplement your understanding of reaction mechanisms and spectroscopic techniques with a comprehensive textbook.

View Student Study Guide and Solutions Manual for... on Amazon

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Obtain a copy of 'Organic Chemistry' by Paula Yurkanis Bruice.
Read chapters relevant to the course syllabus, focusing on reaction mechanisms and spectroscopy.
Work through the end-of-chapter problems to test your understanding.

Spectroscopy Problem Sets

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Sharpen your ability to interpret NMR spectra by working through a series of practice problems. This will help you master the 'Doorway' method and confidently solve for unknown chemical structures.

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Find online resources or textbooks with NMR spectroscopy problem sets.
Work through the problems systematically, applying the 'Doorway' method.
Check your answers and review the solutions to understand your mistakes.

Four other activities

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Show all seven activities

Mechanism Flashcards

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Solidify your understanding of reaction mechanisms by creating flashcards for each reaction covered in the course. This active recall method will improve your retention and ability to apply the mechanisms to new problems.

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For each reaction, write the name of the reaction on one side of the flashcard.
On the other side, draw the complete reaction mechanism, including all intermediates and transition states.
Use the flashcards to quiz yourself regularly.

Reaction Roadmap Project

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Design a comprehensive reaction roadmap that connects different reactions learned in the course. This project will help you see the bigger picture and understand how different reactions can be used to synthesize complex molecules.

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Choose a target molecule to synthesize.
Work backwards from the target molecule, identifying possible starting materials and reactions.
Create a detailed reaction roadmap, including all reagents, conditions, and intermediates.
Present your reaction roadmap to a peer or instructor for feedback.

Consult 'March's Advanced Organic Chemistry'

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Deepen your understanding of advanced organic chemistry reactions and mechanisms with a comprehensive reference guide.

View March's Advanced Organic Chemistry on Amazon

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Obtain a copy of 'March's Advanced Organic Chemistry'.
Use the book as a reference when you encounter unfamiliar reactions or mechanisms.
Read the relevant sections to gain a deeper understanding of the reaction.

Tutor OChem I Students

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Reinforce your understanding of OChem II concepts by tutoring students in OChem I. Explaining concepts to others is a great way to solidify your own knowledge.

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Volunteer to tutor OChem I students at your university or college.
Prepare for tutoring sessions by reviewing the relevant material.
Explain concepts clearly and concisely, and answer student questions patiently.

Career center

Learners who complete Organic Chemistry II Crash Course - OChem Made Simple will develop knowledge and skills that may be useful to these careers:

Organic Chemist

The work of an Organic Chemist revolves around synthesizing, analyzing, and understanding the properties of organic molecules. This course, with its comprehensive overview of core organic chemistry concepts, helps to build a strong foundation for this role. The detailed exploration of chemical reactions, mechanisms, and spectroscopic techniques, such as NMR, makes this course a particularly useful tool for those aiming to excel as an Organic Chemist. The course's focus on common mistakes and helpful tips can give aspiring chemists a competitive edge, helping them save countless hours of study and perform well in advanced coursework or research environments. Further, the 'work-along' videos in each chapter help to provide additional hands-on practice.

See salaries and explore the career path for Organic Chemist

Medicinal Chemist

A Medicinal Chemist designs and synthesizes new pharmaceutical drugs. This course provides a solid chemistry foundation, especially with its coverage of reaction mechanisms and carbonyl chemistry. The course's systematic approach to understanding organic chemistry concepts helps in the rational design of drug molecules. The focus on common mistakes and helpful tips, along with hands-on practice through 'work-along' videos, can accelerate the learning process and prepare aspiring Medicinal Chemists for the challenges of drug discovery. The comprehensive material on aromatic rings, carbonyl reactions, and carboxylic acid derivatives may be particularly valuable.

See salaries and explore the career path for Medicinal Chemist

Materials Scientist

Materials Scientists research and develop new materials with specific properties. This course provides a strong background in the fundamental principles of organic chemistry, which is essential for understanding the properties and behavior of organic materials. The course's structured approach to learning, including video lectures, common mistake analysis, and hands-on practice, can help students quickly grasp the core concepts relevant to this field. Topics such as molecular orbital theory and conjugated systems, covered in detail, are particularly relevant for Materials Scientists working with polymers and other organic materials. The course may ease the transition into advanced materials science coursework.

See salaries and explore the career path for Materials Scientist

Chemical Engineer

Chemical Engineers apply principles of chemistry and engineering to design and operate chemical processes. This course helps build a solid foundation in organic chemistry, which is crucial for understanding chemical reactions and designing efficient processes. The course's emphasis on reaction mechanisms, particularly in the context of aromatic rings and carbonyl compounds, helps the aspiring Chemical Engineer understand the transformations that occur in chemical reactors. The hands-on practice provided through 'work-along' videos and practice problems supplements lectures, and is essential for developing the problem-solving skills required in Chemical Engineering. A Chemical Engineer may find the material on industrial applications particularly relevant.

See salaries and explore the career path for Chemical Engineer

Research Scientist

Research Scientists conduct experiments and analyze data to advance scientific knowledge. This course is a resource for gaining expertise in organic chemistry, which will prove invaluable for designing and interpreting experiments. The student taking this course may be more prepared to comprehend the underlying principles governing chemical phenomena. The course's emphasis on hands-on practice, including 'work-along' videos and practice problems, helps develop the critical thinking and problem-solving skills necessary for success in research. The course is of benefit in understanding the more nuanced concepts in organic chemistry.

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Formulation Chemist

A Formulation Chemist develops new cosmetic or pharmaceutical products. This course is a good starting point for understanding the behavior of organic molecules and their interactions, which is critical in formulation chemistry. The course's focus on reaction mechanisms, carbonyl chemistry, and spectroscopic techniques helps in understanding the stability and compatibility of different ingredients. The hands-on practice in the course, along with the focus on common mistakes, prepares the future Formulation Chemist to tackle the practical challenges of product development. The content on carboxylic acid derivatives and amine chemistry is also very helpful.

See salaries and explore the career path for Formulation Chemist

Environmental Chemist

Environmental Chemists analyze and address the impact of chemicals on the environment. This course in organic chemistry helps to learn about the structure, properties, and reactions of organic pollutants. The course's detailed coverage of aromatic compounds, reaction mechanisms, and spectroscopic techniques helps in identifying and quantifying organic contaminants in environmental samples. The hands-on practice provided can be applied in laboratory settings to environmental sample analysis. Topics such as aromaticity and reactions of substituted benzene rings could prove to be particularly relevant.

See salaries and explore the career path for Environmental Chemist

Patent Attorney

Patent Attorneys work with inventors to protect their inventions through the patent process. The Patent Attorney working in the field of chemistry should have a strong understanding of organic chemistry. This course helps attorneys understand the technical aspects of inventions related to organic molecules, reactions, and processes. The course's systematic approach to learning and its detailed coverage of reaction mechanisms helps the attorney analyze patent applications and assess the novelty and non-obviousness of claimed inventions. The material on aromatic rings, carbonyl reactions, and carboxylic acid derivatives may be particularly useful.

See salaries and explore the career path for Patent Attorney

Science Writer

Science Writers communicate scientific information to the public through articles and other media. This course may help the Science Writer develop a deeper understanding of organic chemistry principles, enabling them to accurately and effectively communicate complex scientific concepts. The course's comprehensive coverage of topics, combined with its focus on common mistakes and practical applications, can help the Science Writer confidently explain organic chemistry concepts to a broad audience. Understanding the fundamentals of organic chemistry will help the writer to effectively convey the importance of scientific discoveries and innovations to a general audience.

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Science Teacher

Science Teachers educate students in scientific principles and concepts at various levels. This course may be useful for the aspiring Science Teacher to solidify their understanding of organic chemistry and enhance their ability to explain complex chemical reactions and concepts to students. The course's systematic approach, along with the emphasis on common mistakes and helpful tips, provides valuable insights into effective teaching strategies. This resource, which matches the order of material typically taught, may be particularly well-suited to the Science Teacher. The 'work-along' videos provide additional hands-on practice.

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Laboratory Technician

Laboratory Technicians perform tests and experiments in a laboratory setting. This course may provide a comprehensive understanding of organic chemistry concepts, including reaction mechanisms and spectroscopic techniques, which is essential for performing experiments and analyzing data accurately. The hands-on practice in the course helps develop the skills necessary for working in a laboratory environment. Those who have not had much experience in lab settings may find the 'work-along' videos to be particularly helpful.

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Quality Control Analyst

Quality Control Analysts ensure that products meet certain standards and specifications. For an analyst focused on manufacturing, this course may help to understand the chemical properties of materials, as well as the processes used in production. This course's systematic approach to learning, including video lectures and hands-on practice, helps the Quality Control Analyst quickly grasp the core concepts relevant to their role. The coverage of reaction mechanisms, NMR, and the analysis of chemical structures is beneficial.

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Regulatory Affairs Specialist

Regulatory Affairs Specialists ensure that products comply with relevant laws and regulations. Regulatory Affairs Specialists in the pharmaceutical or chemical industries may find this course useful for understanding the chemistry behind the products they regulate. The course's detailed coverage of organic chemistry concepts and reaction mechanisms helps them assess the safety and efficacy of new drugs and chemicals. Topics such as aromatic rings, carbonyl reactions, and carboxylic acid derivatives may be particularly relevant.

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Technical Sales Representative

Technical Sales Representatives sell scientific and technical products to clients. A sales representative who deals with chemical products may find this course helpful for understanding the technical aspects of their products and effectively communicating their benefits to customers. The course's detailed coverage of organic chemistry concepts, reaction mechanisms, and spectroscopic techniques helps the representative explain how a product works. Being able to point out the common mistakes and helpful tips may help set the sales representative apart from their peers.

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Medical Writer

Medical Writers create documents about pharmaceutical drugs and healthcare topics. For a medical writer who needs to write about the chemical properties of a drug, this course may be a useful refresher. The course's coverage of organic chemistry concepts and reaction mechanisms could help the medical writer understand the science behind the drugs and communicate accurate information to healthcare professionals. The material on aromatic rings, carbonyl reactions, and carboxylic acid derivatives may be particularly useful when writing about pharmaceuticals.

See salaries and explore the career path for Medical Writer

Organic Chemistry II Crash Course - OChem Made Simple

What's inside

Learning objectives

Syllabus

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Reviews summary

Effective ochem ii study supplement

Activities

Career center

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