Thermodynamics - How To Do Born-Haber Cycle Diagrams and Calculations｜A Level Chemistry Revision

Ace your A Level Chemistry exams with this in-depth analysis of a past paper question. I break down the complexities and guide you through every step to ensure you understand and can replicate them in your revision and exams.

This video is intended to be an ultimate guide on completing a Born-Haber cycle and solving subsequent enthalpy calculations under the thermodynamics topic.

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📚 The concepts covered here apply to all exam boards, such as AQA, OCR, and Edexcel.

#alevelchemistry #thermodynamics #chemistryrevision #chemistryexam

[FathimaAjmal-rrnb]

Your a-level chemistry videos are the best in the whole of youtube! Really appreciate your time and effort!

[Smile-mlno]

thank you so much, these videos are so helpful ❤

[yzdffsq]

Please continue making these videos, they are very useful, you really are helping me understand a level chemistry :)

[aimeecollins]

Hey can you explain why you didn’t half the atomization of oxygen when it was half a mol? I’m getting stuck there

[aaronzahed]

Hello when do you think you’ll have the other aqa biology videos done, I found the first one really useful

[AngelIsTakn]

Also are you able to make OCR A biology focus topics video plssss?

[kiranmanoj]

hi sir! could you do a video on all the different techniques such as seperation, reflux and the weird ones in organic, especially when there's questions on stuff about aspirin? I'm not sure if you've done it

[MalaikaZamin]

Hi your videos are AMAZING the only channel I understand!! can you do a video on planks constant from the formation of coloured ions topic?

[miacowie]

I tried your way it looked easier but I got a positive number of 34 when the answer is -788?

[lizzabet]

thankyou so much!! I finally understand born Haber 😂

[Askodaicjosjcioejf]

Can you make some OCR A chem videos please

[Someguywhousesyoutube]

in 4:00 the Oh did not replace the H
but in 12:39 you replaced the H of with the Oh,

I' am confused because the carbon being the nucleophile would still have the same charge. if carbon isn't a nucleophile in both examples, please explain why
2) in 5:29 is there an excess of one reactant in a reaction if the (predict the product question does not mention it .