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Introduction to Organic Chemistry

SAT Score Range

4 sessions

+12

Registration full

This series is full. Spots may open as learners withdraw–try checking back later!

About

In this series, we will cover fundamental concepts such as bonding, hybridization, molecular structure, functional groups, and basic nomenclature. Learners can expect to engage through interactive examples, guided problem-solving, and visual models to build a strong conceptual foundation for future organic chemistry topics.

Tutored by

Vardhan A 🇺🇸

Certified in 16 topics

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I am Vardhan Avaradi, and I am currently a sophomore student majoring in Biomedical Sciences - Premedical Track in the Burnett Honors College at UCF. Since middle school, I have been fascinated with Science and math and I pursue tutoring in these subjects as an area one can explore and promote new ideas that can benefit the community. I have gained experience tutoring a broad range of subjects, from AP-level Math and Science subjects to prepping for SAT/ACT exams. My interests are in Oncology and cancer cell research, and I enjoy dance choreography and watching movies.

Schedule

✋ ATTENDANCE POLICY

You will be withdrawn from the series if you have more than 2 unexcused absences in a row. Please message the tutor in advance for any absences!

SESSION 1

13

May

SESSION 1

Other Topics

Other Topics

Tue 10:30 PM - Wed, 12:30 AM UTCMay 13, 10:30 PM - May 14, 12:30 AM UTC

In this introductory session, we’ll lay the groundwork for understanding the principles that form the foundation of organic chemistry. Organic chemistry can seem complex, but with the right approach, it becomes an exciting and logical exploration of molecules and reactions. We will begin by discussing the nature of organic chemistry—why carbon is the central element in organic compounds and how it forms diverse structures like chains, rings, and functional groups.

We'll cover key concepts such as bonding (covalent bonds, electron sharing), hybridization, and how atomic orbitals combine to form molecular orbitals. You’ll learn the basics of molecular structure and how to represent molecules using different models, such as Lewis structures, skeletal structures, and 3D ball-and-stick models. A solid understanding of these foundational concepts will make it easier to tackle more complex topics in future sessions.
SESSION 2

15

May

SESSION 2

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Thu 9:00 PM - 11:00 PM UTCMay 15, 9:00 PM - 11:00 PM UTC

We will introduce the concept of functional groups—the building blocks of organic molecules—and how they influence a compound’s reactivity and behavior. You’ll also learn the basic rules of organic nomenclature, which are essential for naming and identifying compounds systematically.
SESSION 3

20

May

SESSION 3

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Other Topics

Tue 10:30 PM - Wed, 12:30 AM UTCMay 20, 10:30 PM - May 21, 12:30 AM UTC

In this lesson, we are going to learn how to name organic compounds containing alcohols, amines, ketones, and aldehydes—four key functional groups that are very common in organic chemistry. Special emphasis will be placed on functional group priority, the correct numbering of carbon chains, and how to distinguish between very similar structures using systematic naming. We will be taught both IUPAC and selected common names, practice identifying functional groups from skeletal structures, and learn to interconvert between structural formulas and chemical names. Through guided examples, independent practice, and group work, we will become proficient at naming more complex organic molecules in preparation for later units on reactivity and synthesis.
SESSION 4

2

Jun

SESSION 4

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Other Topics

Mon 10:30 PM - Tue, 12:30 AM UTCJun 2, 10:30 PM - Jun 3, 12:30 AM UTC

In this lesson, we explore the foundational role of acid–base chemistry in organic reactions. We learn to apply both Brønsted–Lowry and Lewis definitions while interpreting pKa values to compare the relative strengths of acids and bases. The lesson emphasizes how molecular features like resonance, electronegativity, and hybridization influence acidity and conjugate base stability. Through problem-solving and group activities, we build the skills to predict reaction direction and understand reactivity trends across organic molecules.

Public Discussion

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May 13 - Jun 3

3 weeks

120 mins

/ session

Next session on June 2, 2025

SCHEDULE

Tuesdays

10:30PM