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1. Introduction - 0:00
The session starts with a greeting to participants and a brief overview of the session's topics.

2. Comparing the Stability of Conjugate Bases to Determine the Stronger Acid (CARIO: Charge, Atom Size, Resonance, Induction, Orbital) - 1:20
We kick off with a detailed method for comparing acid strength by examining the stability of conjugate bases using the CARIO factors: Charge, Atom size, Resonance, Induction, and Orbital. This section is crucial for understanding acid-base strength.

3. Charge Factor of Determining the More Stable Conjugate Base - 4:28
Here, we focus on the charge factor, learning how to evaluate conjugate base stability based on formal charges. This concept is foundational for acidity questions on exams.

4. Atom Size Factor of Determining the More Stable Conjugate Base - 6:58
In this segment, we explore how atom size impacts conjugate base stability, enhancing your understanding of periodic trends and acid strength.

5. Resonance Factor of Determining the More Stable Conjugate Base - 8:00
We dive into how resonance stabilization affects the stability of conjugate bases, an essential concept for predicting acid strength and solving acid-base problems.

6. Induction Factor of Determining the More Stable Conjugate Base - 9:04
This part covers the induction effect and its role in stabilizing conjugate bases, improving your understanding of electron distribution and molecular stability.

7. Orbital Factor of Determining the More Stable Conjugate Base - 18:43
We examine the influence of orbital hybridization on conjugate base stability, rounding out our analysis of the CARIO factors in determining acid strength.

8. Ranking the pKa of Carboxylic Acids Problem - 27:06
In this section, we apply the CARIO principles to rank carboxylic acids by pKa, a critical skill for organic chemistry students dealing with acid-base equilibria.

9. Ranking the Boiling Point of Molecules Problem - 34:45
Here, we analyze factors affecting boiling points, including molecular size, intermolecular forces, and structure—key concepts for physical property questions in organic chemistry.

10. Tricky Nucleophilic Acyl Substitution Reaction in Acidic Conditions Problem - 42:45
We tackle a challenging nucleophilic acyl substitution reaction, breaking down each step of the mechanism under acidic conditions. This is perfect for honing your reaction mechanism skills.

11. Yapping Session - 1:00:33
To wrap up, we dive into a relaxed yapping session, where I chat with participants about organic chemistry challenges, study tips, and general Q&A. It’s a chill way to end the session and connect with the community.