Rearrangement Reactions (1): Hydride Shifts
Rearrangement Reactions: Substitution Reactions With Hydride Shifts In this post we cover several examples of reactions where carbocations form… but then a funny thing happens.
Read moreRearrangement Reactions: Substitution Reactions With Hydride Shifts In this post we cover several examples of reactions where carbocations form… but then a funny thing happens.
Read moreWhat Factors Affect Free-Radical Stability? In the last article we introduced free radicals – neutral, electron-deficient chemical species with a partially filled orbital – and
Read moreI know I’ve said this before, but a whole lot of organic chemistry can be boiled down to “nucleophile attacks electrophile“. A nucleophile is a
Read moreFive Key Factors That Affect Acidity Today we’ll talk about five key factors that determine acidity for different molecules and a mnemonic (ARIO, or CARDIO)
Read moreIntroduction To Resonance Structures and Resonance Hybrids In this article you will learn to identify resonance structures and resonance hybrids. In molecules containing multiple bonds
Read moreCurved Arrows And Resonance Structures Previously in this series on resonance, we saw that resonance forms represent two (or more) different ways to draw the
Read moreEvaluating Resonance Forms – The Rule Of Least Charges So far we’ve introduced resonance (See article – Introduction to Resonance) and introduced the curved arrow
Read moreFinding The Best (And Second-Best) Resonance Structures By Applying Electronegativity If any atom has to have less than a full octet, let it be on carbon.
Read moreResonance Structures With Positive Charge: Four Key Principles The most important resonance form is generally the one where the charges are minimized. However, sometimes you
Read moreEvaluating Resonance Structures With Negative Charges: Some Key Principles So far in discussing resonance forms we’ve mentioned three important principles that govern which resonance form
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