Grignard Reagents For Addition To Aldehydes and Ketones
Grignard Reagents: Their Formation, Reactions, And Reaction Mechanisms Today’s reagent is one that most students have experience in making at some point or another. Grignard
Read moreGrignard Reagents: Their Formation, Reactions, And Reaction Mechanisms Today’s reagent is one that most students have experience in making at some point or another. Grignard
Read moreStabilization Of Positive Charge In Organic Chemistry: 7 Key Factors Just to clarify: make sure you’re familiar with how formal charge can mislead before you
Read moreMy one-sentence advice to those about to write an exam: Number your carbons. Now go write your exam. If you need reasons, here they are.
Read moreNucleophiles and Electrophiles, Nucleophilicity and Electrophilicity All through the series on understanding where electrons are, and how they flow, we’ve been talking about how the
Read moreCurved Arrows: The Accounting System For Electron Movement If you think of electrons as the currency of chemistry, reactions are transactions of electrons between atoms.
Read moreCurved Arrows In Organic Chemistry: Always Change Two (And Only Two!) Charges Here’s a handy little trick for accounting for charges when you draw curved
Read moreI can’t claim credit for this idea but unfortunately I can’t remember where I read it either. Here’s a helpful and quick way to make
Read moreUnderstanding The Differences Between Nucleophilicity vs Basicity Following up on Nucleophiles and Electrophiles, here’s a common question students have about nucleophilicity: 1. What’s the difference
Read moreCousins Of The Diels-Alder: The Cope Rearrangement and The Claisen Rearrangement The Cope Rearrangement and Claisen Rearrangement are pericyclic reactions in the same family as
Read moreLoyal reader Sandy writes in with a comment about memorization: I wish I had understood much earlier that there is a place for memorization in
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