That's great ..... please where i can found tables to show where all Mullikan symbols appear (for example A1 appear at 1700 and 3700 cm-1) or how i can calculate it. thanks a lot
True. But as long as he uses z as he vertical axis, and keeps a consistency for the "wrong" x and y, the result would be the same. It is safe though to stay with the right hand coordinate especially when you are dealing with complex groups
Oh my word... My exam's tomorrow and I've been STRUGGLING to understand this... Thank you so much 👍
This was extremely helpful, I was getting frustrated with this but you've cleared it up.
Very helpful. Thank you!
explained so well. thank you i was finding this very confusing the way i was explained it before
Very Helpful, Thanks a lot!
It was great. Thx a lot!
This was extremely helpful many thanks
Thank you so much. Really helped me with in inorganic homework!
YOU ARE SAVING MY EXAMS, THANK YOU SO MUCH
That's great ..... please where i can found tables to show where all Mullikan symbols appear (for example A1 appear at 1700 and 3700 cm-1) or how i can calculate it. thanks a lot
please do this with SO3 molecule
pleaseeeee
If z is staying constant during the rotation (the hydrogen atoms are not moving on the z axis), why is z 0?
Z is zero for the H as they are moving in location (swapping places) this leads to the zero value for each of the arrows on the axis.
not visible
Your definition of axes does not follow the right hand coordinate rule
True. But as long as he uses z as he vertical axis, and keeps a consistency for the "wrong" x and y, the result would be the same. It is safe though to stay with the right hand coordinate especially when you are dealing with complex groups
Thank you sir
you had 3 A1's and removed two at once to make 1 A1