Stop Memorizing Reactions. Find the Nucleophile and Electrophile Instead

How to identify nucleophiles and electrophiles in organic chemistry. Learn how to determine what attacks what before you draw a single curved arrow. If mechanism problems feel overwhelming, chances are you're trying to predict products before identifying the nucleophile and electrophile. In this OChem Non-Negotiables lesson, you'll learn a simple framework for spotting electron-rich and electron-poor species, identifying the specific reacting atoms, and recognizing the major modes of reactivity of common functional groups. In this video you'll learn: ⤷ How to identify nucleophiles and electrophiles in unfamiliar reactions ⤷ How to find the specific nucleophilic and electrophilic atoms ⤷ Why electron density drives organic reactions ⤷ The major mode of reactivity for alcohols, carbonyls, alkenes, and alkyl halides ⤷ A 3-step process for approaching new mechanism problems ⤷ How to reason through mechanisms instead of memorizing reactions Organic chemistry becomes much more manageable when you know where the electrons are and where they want to go. Master this skill and you'll have a foundation for substitution, elimination, addition, carbonyl chemistry, and countless future mechanisms. #OrganicChemistry #Nucleophile #Electrophile #OChemNinja Contents: 0:00 Intro 0:55 How to Identify Nucleophiles and Electrophiles 2:12 Finding the Nucleophilic and Electrophilic Atoms 3:37 The Major Mode of Reactivity Shortcut 4:10 Alcohols and Carbonyls: What Should Jump Out First? 5:08 Alkenes and Alkyl Halides: Major Modes of Reactivity 6:25 The 3-Step Process for Any New Mechanism 6:59 Practice Example: Acetone + Hydroxide –––––––––––––––––––––– 🔁 NEED A REFRESHER OR PREREQ? Note: Older videos may reference specific videos or playlists "linked down below." Those now route to these updated OChemNinja learning paths to keep everything accurate and future‑proof. • Mechanism foundations (curved arrows, electron flow): Curved Arrows & Electron Flow    • Conquering Curved Arrows: The Key to Organ...   • Acid–base logic & why reactions work: Acid–Base Toolkit    • There Are Only: 2 Reactions in ALL of #Org...   • Carbonyl reactions & how they all connect: Carbonyl Modules Router    • The Story of the Carbonyls. There Are Only...   • Structure, drawing, and stereochemistry: Molecular Structure & 3D Thinking    • Manipulating #OChem Molecules: Pancake Fli...   • IUPAC Nomenclature: Naming Organic Molecules    • IUPAC Naming Basics: Learn the System (Not...   • NMR/IR/MS Basics: Spectroscopy Made Predictable    • What Even IS Spectroscopy?!? An Overview a...   • Feeling Lost/Study Advice: Start Here - How to Survive Organic Chemistry    • The Birth of OChemNinja: Your Journey Begins   ––––––––––––––––––––––