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great for last minute revision....
Thanks! Hope your exams go well!
so as you go down group 2 it becomes more reactive but as you go down group 7 it becomes less reactive?
Spot on!
For the exceptions with Florine bond enthalpy's, could it also be due to the repulsion between the protons as well?
Yes repulsion from protons in nucleus will have the same effect.
Allery Chemistry strong force overcomes the electrostatic forces
WOW! I only discovered your channel like a day ago but they have been really helpful. Thank you so much Allery Chemistry.
Welcome aboard. Hope you find the range of vids useful. Please share them if you can, the more people that use them, the better!
2:38 i think you meant bromine instead of iodine being browny orange, etc
I was thinking the same. Slip of tongue i guess
If i am doing cies as level. Not aqa or ocr. Then is your lectures helpful or the syllabus is completely different? Plz tell me
Thanks for this. Excellent information presented on the board.
Legend.
Couldn't thank you more for thisthis is perfectly explained and I actually understand it:)
Excellent! Pleased it's cleared a few things up. It's a good feeling when you finally get something.
informative vid :)
Thanks very much!
What's the pattern in their density? Do they become more or less dense as you go further down the group, and why? :o
perfection at its finest
can you please explain the bond trend of the halogens??
as youngo down the group, the bond gets easier to break will the melting point becomes lower? how can the melting point decreases? Thank you very much !
i have 2-3 hours to revise whole of module 3 and 4 what would you recommend?
hey can you explain more clearly about how the VDW are affected by the atomic size??
paper 1 tomorrow ahhh
really helpful, thanks
IM IN LOVE WITH YOU ALLERY
Heh! Thanks very much, pleased the vids are helping you so much! Hope revision is going well.
Chris, I wish you’d tidy your writing up.
Noted 👍
😉😉😉
great for last minute revision....
Thanks! Hope your exams go well!
so as you go down group 2 it becomes more reactive but as you go down group 7 it becomes less reactive?
Spot on!
For the exceptions with Florine bond enthalpy's, could it also be due to the repulsion between the protons as well?
Yes repulsion from protons in nucleus will have the same effect.
Allery Chemistry strong force overcomes the electrostatic forces
WOW! I only discovered your channel like a day ago but they have been really helpful. Thank you so much Allery Chemistry.
Welcome aboard. Hope you find the range of vids useful. Please share them if you can, the more people that use them, the better!
2:38 i think you meant bromine instead of iodine being browny orange, etc
I was thinking the same. Slip of tongue i guess
If i am doing cies as level. Not aqa or ocr. Then is your lectures helpful or the syllabus is completely different? Plz tell me
Thanks for this. Excellent information presented on the board.
Legend.
Couldn't thank you more for this
this is perfectly explained and I actually understand it:)
Excellent! Pleased it's cleared a few things up. It's a good feeling when you finally get something.
informative vid :)
Thanks very much!
What's the pattern in their density? Do they become more or less dense as you go further down the group, and why? :o
perfection at its finest
can you please explain the bond trend of the halogens??
as youngo down the group, the bond gets easier to break will the melting point becomes lower? how can the melting point decreases? Thank you very much !
i have 2-3 hours to revise whole of module 3 and 4 what would you recommend?
hey can you explain more clearly about how the VDW are affected by the atomic size??
If i am doing cies as level. Not aqa or ocr. Then is your lectures helpful or the syllabus is completely different? Plz tell me
paper 1 tomorrow ahhh
really helpful, thanks
IM IN LOVE WITH YOU ALLERY
Heh! Thanks very much, pleased the vids are helping you so much! Hope revision is going well.
Chris, I wish you’d tidy your writing up.
Noted 👍
😉😉😉