AQA 3.1 Introduction to Organic Chemistry REVISION

[@emmacole2296]

Thank you for your time making these videos! I am roughly halfway through watching the entire AQA year 1 revision playlist now :)

[@AlleryChemistry]

You're very welcome!

[@rectangulation9212]

Thank you sooooo much, I used this to revise for my organics test and I got a B!!! That’s a major improvement from being stuck at D’s for three tests and a U from one. Now that I’ve gotten a B I feel like I can get a A with the right push

[@justinguitarboy123]

Thank you so much for all your work. Very helpful, accurate and straight to the point.

[@HHriderr]

Why is everything you do so clean 🧼🧼🧼

[@oscarstonehouse1227]

got paper 2 exam tomorrow. i luv youuuuuu

[@isislamreallytoblame1700]

8:24 "the Fifa of chemistry" lol, brilliant video though thanks a lot

[@hannahb3061]

please do these for year 2 these are fantastic

[@rasha5795]

thank you so much for these videos, very appreciative

[@annaelizabeth6195]

03:09 it is the condensed formula and not the structural formula if am not wrong.

[@isabelpreuss1660]

same thing

[@lol.1296]

Hi sir I’m confused as to why it’s not E-1-methylbutan-1-ene and Z-1-methylbutan-1-ene? I thought you start counting carbons from the functional group @19:03

[@ninjadog5800]

Thank you so much for this, would all the information still be relevant to the 2022 spec?, I've heard the exam boards tweak their specifications every now and then but I don't know how often they do this and how much they change

[@AlleryChemistry]

Still relevant for 2022 sepcs.

[@SarahSeun]

thank you for these, do you think you'll be able to also do A2 stuff before the exam?

[@AlleryChemistry]

No problem. Will have to do these next year as I only do this part time.

[@ethanragunathan8757]

@@AlleryChemistry So that was a lie :(

[@aftabahmadi564]

@@ethanragunathan8757 hes done it now

[@deloresyan1363]

thank you so much! I have only 1question: can we figure out the number of isomers from the molecular formula?

[@Batman-B07]

yes

[@devilsolution9781]

@@Batman-B07 how?

[@cerises9386]

@@Batman-B07 how

[@i_love_dua_lipa1]

@@Batman-B07 how

[@bloxxycola]

@@Batman-B07 how

[@nyejubilee2787]

very helpful thank you !! , will keep checking

[@amajdalaweyeh9041]

Well explained 😀 Thanks

[@AlleryChemistry]

You're welcome 😊

[@yess.6558]

3:30 Im pretty sure thats Pentan -1-ol and as for the structural formula, ive seen that in the book it shows the double bonds, not single tho.

[@CosmicScaler]

This still relevant for the 2024 spec and for the 2026 exams?

[@AlleryChemistry]

Yep, nothing has changed for nearly 10 years now. 👍

[@noahallan24]

13:00 bromoethane with the formula CH3Br

[@_GShock_]

shouldn't the molecule on 15:05 be called 2,3-dimethylbutane???? because i'm confused on that And then on 21:27 the arbon double bond. So I'm confused why you named it carbon 2 on left and 1 on right but when naming it even though the bromine is bonded to the carbon 1 and so is the location of the double bond, you ended up calling it E-2-bro....2-ene whereas i would have expected it to be called E-1-bro-1-ene. is it possible to have frther explanation about this??

[@fatmaabdirahim997]

No it is 2-methylbutane 15:05

[@chg18a]

Would it not be 3-methylbutane-1,1-diol. When 'diol' is used doesn't the stem then end -ane?

[@securitybreach5182]

no when its an alcohol it ends in ol

[@mrduck4623]

Im investing in these videos I hope they help

[@mrduck4623]

Thank you sir the layout of your videos really does make learning the content simple

[@Nick-ux7zt]

I don't get what alderhydes and keytones are. How are they different from each other, and what do all the carbons bond to?

[@AlleryChemistry]

Aldehydes have a C=O on an end carbon ketones have them on an inner carbon

[@AM-xf8mu]

Thank you for the video

[@yesuanaokoamtumainiyeye1360]

how can you differ btn cycloalkane and alkene ?

[@ImranAwan-n9s]

How are there 3 methyl functional groups in the nomenclature section?

[@tteyghcuwdjdunhf]

there aren't its because the methyl group is on the third carbon on the chain

[@jackhambleton882]

So helpful!

[@justmikey7348]

Well explained

[@pujagosh6477]

I have my exam this monday. i dont have enough time to revise from book and i like watching your videos. Do you think ista enough to just watch these videos and memorise. does it cover everything in the spec?

[@thaliaholliday3794]

yeah youll be fine these videos are literally just what you need to know, the textbooks have a lot of unecessary extra info in. Good luck:)

[@Tina.s399]

15:12 Why is it not 1,2-dimethylbutane

[@blitzremix9462]

It is only 5 carbons long. And Has a chain length of 4 leaving only one methyl group

[@justmikey7348]

Good video

[@AlleryChemistry]

Thanks

[@callummullaney8052]

THE GOD

[@dharshanaw5926]

Your Intro into Organic Chemistry is totally erratic, and disorganized. Any student of advanced Chemistry would find your video to be thoroughly disorganized, and your commentary to be totally out of sync and misleading.

[@fbi8345]

dn rd a single letter!

[@miinziiiiiii]

Could you elaborate?

[@aftabahmadi564]

@@sylvanavm0 exactly

[@blitzremix9462]

Bluds a hater

[@blitzremix9462]

Your incapability of understanding something doesn't mean the thing isnt understandable. This video makes perfect sense and helps majority of people.

[@urmum7123]

can u do walk through papers