do we need to know about how the first experiment works for the aqa spec? like about lifting the lid and magnesium not burning properly stuff Also, how do we know if the mole ratio is close enough to a whole number to round up/down to it?
Specifically know... I'd say not. Be ready to make deductions for questions beginning with "Suggest why..." then yes, this is the sort if thing they could ask. For mole ratio, realistically, I think anything past 1:1.2 should be scaled up. In all likelihood it would be that it goes to a 1:1.25 or 1:1.33 or 1:1.5 which are common decimalised fractions
Why did you stop making videos they are really useful I am home student I need your videos please can you make more which explains the topics please they are sooooo useful
@@chemistrytutor Thanks a lot I do OCR A I find them so useful so many of my friends watch your videos thanks 🙏 please can you make some videos for ocr A I and my friends really like your videos
@@chemistrytutor thank youu! this was the first video i watched of yours and i am so glad you go into so much details and even reply the comments. I wish you could teach physics too😪😵💫 I have ADHD and its hard for me to learn things without knowing whole of their basics
Love u mr Tutor. Thus is very useful. Im doing Natural sciences for premed and yo videos are just on point 🎉
Thanks for your kind feedback 😀
Doing AQA A level chemistry- your explanation and examples is the best
Thank you so much for the feedback 😀
Thank you so much. Have exams today and this was really helpful
Best of luck!
Brilliant video, thanks.
Great to know 😊
thanks for this, it really helps
Thank you! 😊
do we need to know about how the first experiment works for the aqa spec? like about lifting the lid and magnesium not burning properly stuff
Also, how do we know if the mole ratio is close enough to a whole number to round up/down to it?
Specifically know... I'd say not. Be ready to make deductions for questions beginning with "Suggest why..." then yes, this is the sort if thing they could ask.
For mole ratio, realistically, I think anything past 1:1.2 should be scaled up. In all likelihood it would be that it goes to a 1:1.25 or 1:1.33 or 1:1.5 which are common decimalised fractions
Your videos are BANGINGGGF
😃
Really helpful video! Is water of crystallisation on the new spec?
Thanks for the feedback. It is yes, as part of empirical formula. I've done a question walkthrough if you want to watch more ?
Why did you stop making videos they are really useful I am home student I need your videos please can you make more which explains the topics please they are sooooo useful
Don't worry, I haven't stopped!
For instance, I released this recently ruclips.net/video/yech6seOtwk/видео.html
😃
@@chemistrytutor Thanks a lot I do OCR A I find them so useful so many of my friends watch your videos thanks 🙏 please can you make some videos for ocr A I and my friends really like your videos
@@meerabfatima2709 thank you for your kind feedback. That's what keeps me going!
@@meerabfatima2709 don't worry, I will keep making them. Also, the vast majority of my videos are suitable for all a level exam boards 😃
Thank you 😊
😃 very welcome
thank you
Very welcome 😀
3:24 why cant we reduce down the last molecular formulae by 2??
The empirical formula is the simplest whole number ratio, so 6:12:6 reduces down to 1:2:1
@@chemistrytutor thank youu! this was the first video i watched of yours and i am so glad you go into so much details and even reply the comments. I wish you could teach physics too😪😵💫 I have ADHD and its hard for me to learn things without knowing whole of their basics
@@samsyy-601 you're very kind! It's lovely to know the videos are useful!
does the physical cchemistry year 1 playlist cover complete as physival exam in 12 hours please do reply
@The Chemistry Tutor
@TheChemistryTutor
@chemistrytutor
Almost all. There is one small section where I have not made a video... from the Bonding topic - crystal structures is not there
And good luck!