Organic Chemistry Course Sample
Fundamental Concepts
Explain the basic principles of atomic structure and electron configuration.
Describe different types of chemical bonds: covalent vs ionic bonds.
Predict molecular geometry using VSEPR theory.
Functional Groups and Nomenclature
Identify and classify various functional groups in organic molecules.
Predict the chemical reactivity and properties of different functional groups.
Apply IUPAC rules to name organic compounds.
Convert between common names and IUPAC names.
Stereochemistry
Define and distinguish between isomers: structural, geometric, and stereoisomers.
Analyze chiral molecules and predict the effects of chirality on physical and chemical properties.
Determine R/S configuration and understand the concept of optical activity.
Reactions and Mechanisms
Classify and describe major types of organic reactions: substitution, addition, elimination, and rearrangement.
Predict the products of basic organic reactions.
Illustrate reaction mechanisms using curved-arrow notation.
Explain the concepts of reaction intermediates, transition states, and activation energy.
Discuss the influence of reaction conditions on the rate and outcome of reactions.
Spectroscopy and Structure Determination
Explain the principles of various spectroscopic techniques: NMR and IR
Interpret spectral data to deduce the structure of organic compounds.
Integrate data from multiple spectroscopic methods to identify unknown compounds.
Synthesis and Retrosynthesis
Design multi-step synthesis pathways for target molecules.
Apply knowledge of functional group transformations in synthesis planning.
Perform retrosynthetic analysis to break down complex molecules into simpler starting materials.
Identify key disconnections and strategic bonds to be formed.
Organic Chemistry in Biological Systems
Describe the role of organic molecules in biological systems.
Explain the basic principles of enzyme catalysis and the role of coenzymes.
Discuss the structure and function of biomolecules such as carbohydrates, lipids, proteins, and nucleic acids.
Problem-Solving and Critical Thinking
Develop strategies for solving complex organic chemistry problems.
Critically evaluate scientific literature and data in organic chemistry.
Apply organic chemistry concepts to real-world problems and interdisciplinary contexts.
Laboratory Techniques
Explain common organic chemistry laboratory techniques such as distillation, extraction, chromatography, and crystallization.
Design and conduct experiments safely and effectively.
Analyze and interpret experimental data to draw valid conclusions.
Expectations
The course spans two semesters of course content (three quarters for UC schools and other trimester/quarter-based universities).
You can expect to see course content that spans intro ochem topics, alkenes, alkynes, allylics, dienes, diels alder, benzenes, aromatics, aldehydes, ketones, alpha carbon chemistry, carboxylic acids, carboxylic acid derivatives, carbohydrate chemistry, amino acids, and other advanced topics.
Our course has review videos, worksheets, practice exams, and much more.
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First Semester
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Lesson 1: Introduction to organic chemistry, resonance, and formal charge (Copy)
This intro lesson builds the fundamentals to be successful in organic chemistry. Tune in for a detailed approach to learning organic chemistry. Our tutor-based sessions give you the practice questions you need to be successful.
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Lesson 2: Resonance and Lewis Structures (Copy)
Our second lesson dives into resonance and lewis structures. We provide detailed explanations to dozens of practice questions to help you be successful in your ochem course. Check it out now!
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Lesson 4: Acids and bases, Bronsted, Lewis acid and bases (Copy)
Introduce your lesson with an optional, short summary. You can edit this excerpt in lesson settings.
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Lesson 8: Lewis Acids, Newman, Acidity Trends (Copy)
Lesson 8 introduces students to the concepts of Lewis acids, Newman projections, and acidity trends, crucial for understanding molecular interactions and chemical reactivity in organic chemistry. This lesson builds upon previous knowledge of molecular structure and stereochemistry.
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Lesson 10: Halogenation Lecture & Homolytic Cleavage (Copy)
In Lesson 10, we explore the detailed mechanisms and applications of halogenation reactions and homolytic cleavage. Students will gain a thorough understanding of halogenation types, free radical mechanisms, and the selectivity of bromination versus chlorination. The lesson also delves into homolytic cleavage, explaining the formation and stability of radicals and their reaction pathways.
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Meet your instructor
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Meet your instructor ✳
UC Davis & Johns Hopkins University School of Medicine Alumni
Eric Roman, MS, MPAP, PA-C, Keck USC Trained
In our organic chemistry tutoring sessions and online resources, students gain a structured approach to mastering complex concepts and problem-solving strategies. We offer tailored explanations on topics such as molecular structure, stereochemistry, and spectroscopy, fostering a deeper understanding through interactive learning tools and practice problems. Our goal is to empower students with the skills and confidence needed to excel in organic chemistry, preparing them for academic success and real-world applications in scientific research and industry.
With over 7 years of experience teaching organic chemistry to community college and 4-year university students, Eric Roman, MS, MPAP, PA-C feels confident and prepared to help you succeed in your science courses. Sign up to get started.
What you’ll learn
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In our online organic chemistry tutoring, students receive personalized guidance tailored to their learning pace and goals. They benefit from in-depth explanations of complex concepts, interactive problem-solving sessions, and access to a wealth of digital resources designed to enhance understanding and mastery of organic chemistry principles.
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Our online organic chemistry question bank provides students with a comprehensive repository of practice problems spanning key topics such as molecular structure, reaction mechanisms, and spectroscopy. It offers targeted practice to reinforce understanding, along with detailed explanations and solutions that aid in mastering challenging concepts and preparing for exams effectively.
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Our online video library offers students access to a curated collection of instructional videos covering essential organic chemistry topics. Each video provides clear explanations and visual demonstrations to aid in understanding complex concepts such as molecular bonding, reaction mechanisms, synthesis, predict the product, and spectroscopic techniques. These resources serve as valuable supplements for learning and review, supporting students in their journey to master organic chemistry.
Course FAQ
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Online tutoring offers personalized sessions where tutors can address your specific difficulties in real-time. Through interactive whiteboards and video explanations, you can receive tailored guidance on complex topics like reaction mechanisms and spectroscopic analysis, enhancing comprehension and retention. Our experienced head tutor provides detailed 1-1 tutoring explanations for organic chemistry students through Zoom and provides students with practice worksheets, quizzes, practice exams, PDFs, videos, and much more.
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Online tutoring provides flexibility in scheduling sessions that fit your timetable, allowing for focused one-on-one attention from experienced tutors. Moreover, access to recorded lessons and digital resources ensures continuous learning beyond scheduled sessions, accommodating different learning styles effectively.
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Our online platform emphasizes targeted exam preparation through comprehensive review sessions, practice tests, and problem-solving workshops. Tutors guide students in mastering key topics such as stereochemistry and reaction mechanisms, equipping them with the skills and confidence needed to excel in assessments.
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We offer organic chemistry, Preparation for Organic Chemistry I (Bootcamp), general chemistry, biochemistry, physics, anatomy, physiology, pathophysiology, PA, medical, and MCAT course content review.
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The Ochem Video Theater contains 50 hours of organic chemistry course video content spanning three quarters worth of content. The organic chemistry review course contains over 100 hours of organic chemistry course video content as well as PDF files including lectures, worksheets, practice problems, practice quizzes, and much more.