Good question. You cant work it out easily from the periodic table as they are in the transition elements block. That is the charge they typically have though. The good news is that you will most likely (a) be given their charge, (b) be told it in roma numerals in the name, e.g. copper (II) sulfate or (c) be expected to work it out from a formula. E.g. CuCl2, since Cl is 1- the Cu must be 2+ to cancel the 2x1- out
as someone who's had an absolutely god awful chem teacher, this video has absolutely saved me thank you
You're very welcome! It's great to know the videos are useful. Hope it went OK yesterday!
No one has ever made redox reactions easier than you do, thank you
That's lovely to know!
Thank you for your kind feedback 😀
NO ONE HAS EXPLAINED REDOX THIS GREAT. THANK YOU
I'm really pleased it was useful!
FINALLY A VIDEO THAT FULLY EXPLAINS THIS PROPERLY, THANK YOU
You're welcome! I'm really pleased it's useful 😀
Thank you!! You did strengthen my foundation for this topic!! Thanks a lot:)
You're very welcome 😀 I'm pleased it was useful!
Brilliant video! Thank you so much!
You're very welcome!
Super useful for my upcoming mocks🙌🏼
Excellent, good luck!
Only video that helped
I'm really pleased it was useful 😀
@@chemistrytutor yes it was!
@@MrCrytpic 😀
This was significantly helpful thank you so much
You're very welcome. Thanks for the kind feedback 😀
How did you know that zinc was 2+ and copper was 2+ is it because of the group that their in?
Good question. You cant work it out easily from the periodic table as they are in the transition elements block. That is the charge they typically have though. The good news is that you will most likely (a) be given their charge, (b) be told it in roma numerals in the name, e.g. copper (II) sulfate or (c) be expected to work it out from a formula. E.g. CuCl2, since Cl is 1- the Cu must be 2+ to cancel the 2x1- out
W teacher 💓
Thanks 👍
nice. i wander if ill ever be successful in life
Hang in there!
@@chemistrytutor much love
You'll be fine 🙂