Primary, Secondary, and Tertiary Amines || Structure, Examples & Identification

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In this video, we explore the differences between primary, secondary, and tertiary amines in organic chemistry. Starting with the general structure of each type, we’ll break down what makes primary, secondary, and tertiary amines unique, followed by specific examples. This way, you’ll be able to confidently recognize and classify any amine structure—essential for exams and understanding organic reactions.

Primary Amines: Nitrogen with a lone pair, bonded to two separate hydrogen atoms and one carbon atom (or group of carbon atoms).

Secondary Amines: Nitrogen with a lone pair, bonded to one hydrogen atom and two carbon atoms (or alkyl groups).

Tertiary Amines: Nitrogen with a lone pair, bonded to three carbon atoms (or alkyl groups), with no hydrogen atoms attached.

Join us for examples, exercises, and tips on identifying each amine type, making this complex topic easy to understand and apply.
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finally a proffesor that knows how to ACTUALLY explain something

pls_lemme_sleep
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Love the quiz of the channel and your way to teacj organic chemistry. Many thanks!

DanteGabriel-lxbq
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Sir is tertiary carbocation more stable than benzylic carbocation or is it just the opposite correct?
Love u sir amszing video
Have been watching u and particupating in your polls for 2 yrs now as an high schooler ❤

keyasikdar