Boiling points of organic compounds | Structure and bonding | Organic chemistry | Khan Academy

[@GrimLock666]

I'm really impressed by the circle he drew around the 2nd neopentane.

[@americanbee]

I can't believe how great this is!! I finally got it

[@marwanelfallah8634]

Haha, i wonder if he uses a mouse or he just using a pen with a touch screen.

[@simonghostriley9657]

@@marwanelfallah8634 They use a pen with touch screen at horizontal level .

[@flowerer926]

Thanks a ton Khan Academy, you have all my wishes and gratitude... Cant explain how much helpful you are for solving my trival doubts arising out of nowhere.. ❤

[@pengzhao7005]

Thank you for making learning so easy.

[@vaishalirana367]

Best explaination on this topic

[@richardroulstone9856]

A great resource and very well presented information, thanks.

[@jeevanandham9469]

Is hydrogen bonding possible for ketone if the Alpha carbon's hydrogen bonds (hydrogen bond) with oxygen of another ketone molecule? 7:44

[@windy6113]

I love you! Thank you!

[@sarayahya6101]

Thanks ! ♡♡

[@salonisingh7159]

Thank-you

[@jessicalewisjessielew3399]

10:00 Does the 3-hexanol molecule have also dipole-dipole attraction forces just as the 3-hexanone or it's just the hydrogen bonding present? - why?

[@RaffaelloLorenzusSayde]

Only H-bonding between O-H for the alcohol group. Only dipole-dipole bettwen O-C for the keytone group. Note: all molecules have weak-strong LDFs.

[@warren1564]

Thank you for this video. I always find your videos very clear and easy to follow :)

[@giovannarodas5251]

so what if we have had hexane and instead of 3-hexanone it was 3-pentanone? what would have the higher boiling point between hexand and 3-pentanone

[@lathzn9303]

3pentanone beacause of its hydrogen bonds

[@XTheSpartanX7]

how did he know the degrees in the beginning ?

[@RaffaelloLorenzusSayde]

He probably used VSPER theory for every atom.

[@Dkinsloebeller]

Haha

[@harsh6619]

Very triggering examples Like it