I appreciate you doing this work. It's done slow enough for me to understand. My PChem class is extremely difficult, and I can use all the help I can get.
Great effort, appreciate it. But those graphs were Radial Probability Density curves, not for the radial probability distribution function, if u plotted psi squared on y axis. Also, the subsequent peaks of psi squared curve must decrease in height. For the 4 pi r^2 psi^2 curve, that is, for the radial probability distribution function, the peaks increase, but not for psi^2. I think u should have written 4pi r^2 psi^2 in place of psi^2, which would have made everything perfect.
can you modify this video to also include drawing an f orbital mi {-3,-2,-1,0,+1,+2,+3}? I suspect that fz^2 is supposed to look similar to dz^2 but with 2 rings instead of 1 and oppositly charged lobes.
U have a thing wrong....the graphs peak is psi ^2 will decrease subsequently as the area will decrease the probability of finding electron per unit area will decrease
I swear I’ve looked and looked and this is the only video on the internet in English that explains this topic
I appreciate you doing this work.
It's done slow enough for me to understand.
My PChem class is extremely difficult, and I can use all the help I can get.
Even though it's generally learned, at least partially in Inorganic
Thank you sir.You explained very accurately
This video is perfect! Thank you and God bless your soul.
Extra ordinary explanation. Thanks for making video which provide me a lots or information about nodes and radial distribution function.
Please make more you’re really good ! Thanks so much !
Great video Latifi
awesome..... outstanding lecture...
Thanks so much, you laid it all out so clearly!!!!
You definitely saved my life.... Thank you soo much :)
brilliant video....your explanation is very easy to understand Thank you!
Excellent explanation sir tq verymuch sir
so much easier than my text book!! Much thanks
amazing explaination..! HEADS OFF
Great effort, appreciate it. But those graphs were Radial Probability Density curves, not for the radial probability distribution function, if u plotted psi squared on y axis.
Also,
the subsequent peaks of psi squared curve must decrease in height. For the 4 pi r^2 psi^2 curve, that is, for the radial probability distribution function, the peaks increase, but not for psi^2.
I think u should have written 4pi r^2 psi^2 in place of psi^2, which would have made everything perfect.
thank you for this video sir. I just understand this. thanks a lot
PS: i'm from France!!
thank you veeeeeryyyy much, you are the best.
Thanks sir ❤️
Thanks so much! You explained so well!
Thank you thank you very much Sir 😊😊😊😊exllent ✔️
brother after finding half an hour I get something that is good
What is node?
Yes or yes?
Fantastic explanation thanks :)
Thank you SO SO MUCH sir you have saved me
Thank you so much. I just realised i didn't understand this part of chemistry and nothing made sense until now. Thank you Sir.
Thankyou so much Sir, this was very helpful!
can you modify this video to also include drawing an f orbital mi {-3,-2,-1,0,+1,+2,+3}? I suspect that fz^2 is supposed to look similar to dz^2 but with 2 rings instead of 1 and oppositly charged lobes.
Nice
Thanks! This video is so helpful :D
thank you
For PX ??
Thank You a lot !!
Your psi squared on that graph should be 4*pi*R^2*psi^2
And angular node diagram?????
excellent!!
U have a thing wrong....the graphs peak is psi ^2 will decrease subsequently as the area will decrease the probability of finding electron per unit area will decrease
I mean when area increase probability will decrease
good video , you sound like Borat :D jk
thank you veeeeeryyyy much, you are the best.
What is node?
Yes or yes?
What is node?
Yes or yes?