Atomic orbitals - electron configuration of Scandium (Z=21)
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Discussion
- What do you think about this? see, and tell us now.
- no sound, no explanation? are you kidding me? wow man this was a total waste of time
- Thanks for the video! Great tool for visualising s, p and d orbitals!
- Super!
- good video...
- This is awesome! What software did you use to create this? Also, thank you for making this public!
- great but I think it's actually zinc(30) not scandium cuz you filled all the 3d10 orbitals while scandium just has 3d1
- Array
- Wonderful representation of orbitals but the electron configuration is not that of Scandium. As it goes up to 4s in the N shell it must be Zinc with atomic number 30. Apart from that it is very useful.
- Thank you for sharing.
- Is not there electron conf. only Sc: [Ar] 3d1 4s2 ?
- This is terrific! Thanks for helping me get a handle on this for my chemistry class!
- Great visual representation!
- Very good
- the 3p orbitals would have for lubules, isnt?
- very creative
- Very nice, but this the electron configuration of copper (Z=29) or zinc (Z = 30), not of Scandium!
- Good catch. The 3d orbitals should fit inside of the 4s orbital.
- Awesome! This video definitely will be there in my classrooms!!!
- waw
- its 4s2 3d1. all the transition metals in period 4 have full 4s orbitals except for chromium and copper.
- thanks man i understood
- EXCELLENT I WAS LOOKING SOMETHING LIKE THIS!!!!
- These orbitals contain the electrons (not shown) that surround the atom's nucleus (not shown). The orbitals do not have tangible shapes, but rather the "shapes" shown here merely represent the most probable location (90% chance) of finding an electron as it moves about the nucleus. Each of the orbitals holds a maximum of two of the atom's electrons.
- Great visual it'd be nice if you had some electrons, giving a visual of them in their orbitals. All in all still a great video. Thank you man.
- d orbitals should be represented as internal to 4s, yet being statistically with more empty spaces in the core region that make their energy higher than 4s electrons. It is impossible to understand how many electrons are in the 4s and in the 3d orbitals of scandium (that is the reason why I watched this video: is Sc 3d¹ or 4s¹?)
- I just wanted to thank you for posting this and your other orbital videos. These have helped me reach my high school chemistry classes. Electron configurations are pretty confusing at first, and seeing the harmonious shapes I think helps them see it as reasonable. Also it shows graphically why 4s fills before 3d. Very fine work!
- omg those orbital balloons scare me....flying out from no where ...........
- Fuck Science!!!!!!!!!!!!!!!!!!!!
- in some like 3px you showed inner part greyish and outer spherical part dark red . i can understand that this is due to probability of electron orbital but there are probbility inside also ( as shown in books ) between the nodes . then can electron be present in the greyish inner part ( between nodes ) ? you video was really oustanding . it made 3/4 of my concepts in 2 minutes only . but please rply soon for my ques above . i m waiting