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Acidity and Basicity of Alcohols

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leah4sci.com/al... Presents: Acidity and Basicity of Alcohols
📺Watch Next: TMS Alcohol Protecting Group • TMS Alcohol Protecting...
Need help with Orgo? Download my free guide ’10 Secrets to Acing Organic Chemistry’ HERE: leah4sci.com/or...
Alcohols are amphiprotic meaning they can act as both acids and bases. This video breaks down the acidity and basicity of alcohols including a review of trends for acid/base strength including charge, electronegativity, resonance and inductive effect. Practice examples every step of the way.
In this video:
[0:16] Behavior of an alcohol
[3:08] Sample SN1 question
[4:40] Two methods to form an alkoxide
[6:36] Most Know Alkoxides
[9:39] Explanation of electronegativity
[11:39] Sample molecule with resonance
[13:38] Explanation of induction and stability
Links & Resources Mentioned In This Video:
- Arrhenius, Bronsted-Lowry, and Lewis Acids & Bases: leah4sci.com/ar...
- Substitution & Elimination series: leah4sci.com/nu...
- Ranking Acids and Bases using CARIO leah4sci.com/ac...
Catch the entire Video Series Along with the Alcohol Practice Quiz and Cheat Sheet on my website at leah4sci.com/al...
Follow along with your semester by using my Orgo Syllabus Companion: leah4sci.com/sy...
For more in-depth review including practice problems and explanations, come join my online membership site the organic chemistry study hall: leah4sci.com/join
For private online tutoring visit my website: leah4sci.com/or...
For questions and comments, find me on social media here:
Facebook: / leah4sci
Twitter: / leah4sci
Instagram: / leah4sci
Google+ : plus.google.co...
Pinterest: / leah4sci

Опубликовано:

22 авг 2024

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Комментарии : 50

@cmiller345 2 года назад

Leah, I really appreciate that you posted these guides. I find them extremely comprehensive and applicable to my Orgo 2 class. Your teaching is easy to follow and you make seemingly esoteric subjects accessible.

@Leah4sci 2 года назад

You're very welcome, I'm so happy to hear that my resources are helping you to understand and reach your goals!

@ethanaminov837 5 лет назад

Is it weird I’m in 11th grade but for some reason I’m addicted to this stuff? I can’t stop and I don’t know why.

@Leah4sci 5 лет назад

Science is fascinating so it's a good addiction!!

@kathleenbefittwell 3 года назад

Awesome!!

@manishsubbu216 5 лет назад

love u leah mam nd really watching ur all playlists vidios can make us chemistry experts

@Leah4sci 5 лет назад

Thank you, glad to help

@utkarshrastogi8791 5 лет назад

Really appreciate your work

@Leah4sci 5 лет назад

Thank you.

@svnspell6709 3 месяца назад

Love the explanation!♡

@Leah4sci 3 месяца назад

Glad you liked it!!

@sinajafarzadeh9577 3 года назад

I am almost done with self studying organic chemistry I and will be heading to organic chem II soon. Thanks for all your videos, without them my self-learning journey would be more challenging. Organic chemistry became one of my favourite MCAT topics and I will let you know the day when I achieved a 524 (my goal) as I will owe it to material you provide for free!

@ro1882 3 года назад

ishalla!! 🙌

@sinajafarzadeh9577 3 года назад

@@ro1882 thanks brother/sister, you as well !

@Leah4sci 2 года назад

You're very welcome! And make sure to check out my MCAT channel as well: leah4sci.com/MCATyoutube

@MoinKhan-jo6tb Месяц назад

what did you end up getting

@MoinKhan-jo6tb Месяц назад

@sinajafarzadeh9577 What did you get

@archanasingh334 4 года назад

Cleared all my doubts

@Leah4sci 4 года назад

Awesome!

@eman4159 3 месяца назад

‏ in the SN1 reaction, what makes the Br leaves at the first step to make the carbocation?

@Leah4sci 2 месяца назад

Bromine is a great leaving group because it is able to accept electrons and has the size necessary to retain them in solution. If bromine is attached to a more stable tertiary position, it is happy to leave the molecule in solution to create the tertiary carbocation intermediate necessary in the SN1 mechanism.

@fukpoeslaw3613 5 лет назад

Great!

@Leah4sci 5 лет назад

Thanks

@anitasrivastava17 4 года назад

really helpful

@Leah4sci 4 года назад

Glad to help!

@niki-mendozacatalan5903 4 года назад

should the ethoxide more acidic than enolate because having a negative charge on the carbon makes the enolate less stable? i'm so confuse

@Leah4sci 4 года назад

Enolate shares a negative with both C and O where ethoxide is only negative on the O. no sharing of charge means lower stability. See my enolate videos for this leah4sci.com/enolate

@pkayamoah1022 2 года назад

Good!

@Leah4sci 2 года назад

Glad you think so!

@imadalhaddad404 5 лет назад

welcome back

@Leah4sci 5 лет назад

Thanks, but I've been back. This is my third orgo video for 2019

@rithika-_-333 4 года назад

Mam can you explain why negative charge comes when double get shifted .

@kathleenbefittwell 3 года назад

When the atom loses the double bond, it is then down a bond, making it have a -1 charge. Check out Leah4Sci videos on formal charge :)

@Leah4sci 8 месяцев назад

The key is to reevaluate every atom after electrons move to recalculate formal charge as I teach here: leah4sci.com/formal-charge-formula-and-shortcut/

@Kelly-un9xk Год назад

May I know what happen when 2methyl-2propanol react with water?

@Leah4sci Год назад

I'm sorry, but I don't offer tutoring over social media. For help with questions like this and more, I recommend joining the organic chemistry study hall. Details: leah4sci.com/join or contact me through my website leah4sci.com/contact/

@user-hp4wb3zh7e 3 года назад

How to know the atom happy or not? Want to refer with ...?

@saugatktm181 3 года назад

Stability of atom

@Leah4sci 10 месяцев назад

A neutral atom is a happy atom

@shivakumarnagavimath157 3 года назад

At time 11:00 u told oxygen with negative charge is least reactive in another ur substitution video u told oxygen carring negative charge is more concentrated and more reactive

@Leah4sci 2 года назад

It is the least reactive in comparison to a negative nitrogen or a negative carbon atom. All of them are considered reactive, in terms of organic reactions and mechanisms.

@saugatktm181 3 года назад

She is good

@Leah4sci 3 года назад

Thanks!

@superbong2257 5 лет назад

Hey leah I love you.

@Leah4sci 5 лет назад

Thanks?

@AdityaKumar-bt2nk 5 лет назад

Can you share your email please, for queries

@Leah4sci 5 лет назад

Hi! please send me a message through here --> leah4sci.com/contact

@JTBettencourt Год назад

It’s a little hard to focus on the lesson because the speaker’s voice is so stylized and unnatural. A more natural style would be greatly appreciated.

@Leah4sci Год назад

This is my voice and my natural way of speaking, and therefore my most natural style.