Cleavage Of Ethers With Acid

November 19, 2014

I’ve been looking forward to today’s post for a long time! We’ve gone through so many different ways of synthesizing ethers, and finally we get to talk about all the exciting things we get to do with them. Here it is, the moment you’ve been waiting for. All the reactions of ethers in once place: […]

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Ether Synthesis Via Alcohols And Acid

November 14, 2014

Last post I got a little ahead of myself. I was all excited about getting into the reactions of ethers, and forgot that there’s one last method for ether synthesis that we haven’t covered. It’s actually not that general so you can likely skip ahead. But for the sake of completeness, here it is. Remember when we said […]

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Synthesis of Ethers (2) – Back To The Future

November 7, 2014

In the last two posts we’ve been discussing the Williamson synthesis of ethers. As we saw, our discussion was essentially a complete re-hash of everything we’d already said about the SN2 reaction that was covered several chapters ago. That’s the thing with organic chemistry – things you learn in the early stages of the course often […]

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Master Organic Chemistry – The (Short) Video

Master Organic Chemistry – The (Short) Video

October 31, 2014

My friends at Simplifilm animated this short video describing what Master Organic Chemistry is for – in only 1 minute and 17 seconds. The animation is great – but we hired the cheapest voice-over guy we could find. ; – ) Watch it and let me know what you think! Related Posts:No Related Posts

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Williamson Ether Synthesis: Planning

October 30, 2014

In the last post we introduced the Williamson ether synthesis,  one of the most straightforward ways we know of to make an ether. If you’ve been in the trenches long enough, you would have also noticed that it’s actually nothing that new –  the Williamson is just “rebranding” of a reaction we’ve seen before,  the SN2 […]

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The Williamson Ether Synthesis

October 24, 2014

In the last post, we discussed the acid-base properties of alcohols. Two posts ago, we said that acid-base reactions are often used to “set up” substitution and elimination reactions of alcohols.  In this post, we’ll talk about what is probably the best example of this last point –  the Williamson Ether Synthesis. The Williamson Ether […]

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Organic Chemistry IUPAC Nomenclature Demystified With A Simple Puzzle Piece Approach

Organic Chemistry IUPAC Nomenclature Demystified With A Simple Puzzle Piece Approach

October 21, 2014

IUPAC Nomenclature Demystified with a Simple Puzzle-Piece Approach, by Leah Fisch Note from James: This is a guest post by Leah Fisch of Leah4Sci.com , an online resource for learning organic chemistry, MCAT preparation, and other science topics . This is an epic, comprehensive post on  organic chemistry IUPAC nomenclature. You might want to bookmark this page for […]

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Alcohols (3) – Acidity and Basicity

October 17, 2014

In the last post we said that one of the keys to the reactions of alcohols as we go forward is that the conjugate acid is a better leaving group and the conjugate base is a better nucleophile. We might have gotten a little ahead of ourselves broaching that topic, because we haven’t yet really revisited some […]

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How Esther Bounced Back From a “C” To Get A’s In Organic Chemistry 1 And 2

How Esther Bounced Back From a “C” To Get A’s In Organic Chemistry 1 And 2

October 8, 2014

The importance of attitude The student who is the subject of today’s success story, Esther,  didn’t start off doing well in organic chemistry. Actually, she says that the first time she took organic, she got a C. This is because she believed that her NOT doing well was almost inevitable. Esther: “I am not going to […]

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How To Make Alcohols More Reactive

How To Make Alcohols More Reactive

October 6, 2014

In the last post we explored some of the properties and nomenclature of alcohols. We said that alcohols tend to have high boiling points due to hydrogen bonding, and that  we commonly divide alcohols into the categories  “primary”, “secondary”,  and “tertiary” (with a nod to the unique, “methanol”) according to how many carbons are attached to the C […]

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