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Hi, is there any reason you didn’t include the decimals whilst calculating the velocity?

hello! does lysine/aspartic acid from zwitterions then? because from my understanding it has to be neutral?

Best chemistry teacher unfortunately I only found your channel 2 days before my exam

For the question at 23:41 you used the moles of the acid and the salt, why didn't you divide them by the total volume to get their concentrations

tysm!

Amazing video, it really helped me. Thank you :)

Wow thank you so much im in year 10 and have my GCSEs next year and by watching these complicated questions broken down so simply is mesmerising and really helpful of you

Sir please could you do more videos on transition metals before june

What year paper is this and is it an AS paper ?

thank you! helped a lot

hi sir , when you drew the rate vs [A]^2 graph , why did you remove k?

Sir I had a q do we talk about the position of the equilibrium in reduction potentials form for both half equations?

That table that you have shown for the splitting and hydrogen is so easy to use compared to the data sheet all those R groups confuse me on the data sheet why is it so confusing

Why did you multiply the weight by avagadros constant, I read that on persons comment is that the Mr you calculated cos u only put the symbol kg. I'm so confused , I thought you could only multiply the number of moles by avagadros constant to find the total number of particles

Why not just use the Henderson-Hasselbalch equation?

धन्यवाद सर अमिनो आम्ले व प्रथिने यांचे छान स्पष्टीकरण दिलात

i love your channel keep it up

How do you know whether something is a double bond or a triple bond or single

Sir I just found your notes, their really useful! I'm finding useful as their mark scheme specific as well.

Wow this really helped me, i've been stuck on the 'bio' part of chem for so long now thank you so much!!!!

this helped so thx

What an amazing video 🎉

Thank you:)

Hello. Really helpful video. I just had one question as to why in the very last problem, when you added HCL, you took 'before' moles and not the 'after' ones to add to the moles of HCL

Great video

Thank you! Please do more they're really useful 🙏

May you be rewarded for these videos, absolute life saver

Hello do u mind doing a video of life processes thankyou 😅

i have an acids , bases and buffers test tomorrow . its 2 am and u have saved my life honestly . : ))))

Thank you sir this really helped!

Nice video

Hi sir your videos are great! Will you be doing more videos going through Year 13 Physical Chemistry?

Good video dude

Thank you for uploading and explaining your videos really well, it’s really helpful😊

29:16 Isn't the concentration of ch2clch2c00h = 0.019767.... as that is how much acid is remaining. I think you plugged the moles of the acid remaining into the ka eq but not its concentration?

Thank you so much ❤❤

Thank you so much the video was helpful . God bless you

Thank you.

Thank you so much This is really helpful

T hank you , this was useful

thank you

Thank you so much, you go into great detail on any related topics, very informative, much appreciated

Thank you so much for these videos they’ve helped me more than you can imagine

Hi sir, molecules containing polar bonds only vibrate/stretch/bend ?

Hi sir. For the last one, when calculating the concentrations after adding an extra 5cm3 of hcl. Would you include that volume in the total volume when calculating the new conc. I know it cancels but if you did wanna work it out would you add the 5cm3 to the total vol or is it negligible? Thanks.

unless i'm doing something very wrong at 19:45 i think the mols of CH3COOH should be 9.25x10^-3 incase anyone doing calculations along with the video

Thank you so much for this. This is the only video where I’ve actually been able to draw them on my own by the end. You’re amazing!!

In the first question why did you use the concentrations of each substance in the final calculation but in the other questions you used moles in the final calculation. How are we meant to know when to use moles and when to use concentrations?

thank you! this was really helpful