How Ionic Bonds Form (Basic)

A basic description of the transfer of an electron between sodium and chlorine forming the sodium chloride ionic compound.

[@marciawright]

THANK YOU SO MUCH! This is the BEST ONE I've seen that I understand.

[@chrissieroxba2949]

I've watched several videos on this and yours was miles beyond the others! Thanks for making this easy to understand!!

[@davidbunn1]

+Chrissie Palmore That is very kind of you to say! Thank you! I'm glad it helped.

[@darellroasa6846]

one of the best explanation about I.B. with a slow brain processor like me. Thank you so much.

[@azizahmad1221]

This will help me so much I've seen that I understand!!!!!!!

[@samuelseepersaud4047]

This is a life saver in test!!

[@davidbunn1]

+Samuel Seepersaud Thanks!

[@samuelseepersaud4047]

+BioBunn I'm subbing!!

[@haileyvaught8555]

Explained better than my science teacher.

[@alishagray3441]

This will help me so much for my test tomorrow! Thank you!

[@davidbunn1]

You're welcome!

[@DarkAlpha_AshYT]

Last minute ideas before test

[@Zajacek1]

Excellent explanation. Thank you!

[@mobydick6420]

What causes them to ionize? Is it the mere proximity of a donor to an acceptor? Also I have trouble seeing how you can say that they do not share the donated electron - which would make it a type of covalent bond, I think.

[@unscarysingingrose]

This is so clear. Thankyou so much.

[@noah8464]

thanks for this video! very helpful

[@davidbunn1]

+Noahdoes mc Thanks! You're welcome!

[@10kwithnovideochallengemem91]

Finally I get it thank you

[@tamanaarsala3761]

I want to say thank you so much for making this video. can you make more videos on anatomy and physiology

[@Surajgupta-dh3ri]

no he is not now

[@amnaiqbal5268]

Informative

[@aafganisurvivor1450]

Great video

[@BRODGLENN]

Very informative.. Thanks a lot BioBunn..

[@davidbunn1]

You're welcome! Thank you!

[@sahilbharadva239]

Thx a lot it helped me alot

[@elliotdunn-ward8844]

thanks you really helped me get the A in my mock exams thanks needed those extra marks

[@davidbunn1]

That's great! Thank you for the comment!

[@TensileMasculinity]

thanks man this helped me in my test

[@davidbunn1]

+Suhaib Anwer You're welcome!

[@VERLEACH]

Thank you so much for this :)

[@davidbunn1]

You're welcome!

[@sangeetamandhare1159]

helped in my science1....thanks

[@samanthaiscoll]

THANK YOU!!! saved my life :D :)

[@davidbunn1]

You're welcome! Glad it helped!

[@DarkAlpha_AshYT]

Thanks for making this

[@DarkAlpha_AshYT]

It.soooooooooooool helpful thanks again 😅😊😊😊

[@krish146]

thanks bro :) u helped a lot

[@davidbunn1]

You're welcome!

[@kennyx8482]

doesnt Cl need 18 electrons in 3rd shell to be happy tho??

[@Erlandsen-tech-private]

Thank you from Norway. ( y )

[@davidbunn1]

You're welcome! It's great to know that science can be shared worldwide so easily!

[@darriellefields491]

Mich. St appreciates it !

[@davidbunn1]

+Darrielle fields Thanks! Sparty on!

[@cad2565]

Awesome thank u

[@froggy41046]

thank you so much

[@blackarant4789]

Life saver

[@mikemailei4491]

science is amazing thinking about dropping my biology class, idk im not doing too good.

[@chozenthekid8402]

awesome

[@captainironman-mc513]

tmrw final exams igcse gr 10 and in chemistry there is only 3 things i dont understand and they r ionic covalent metallic bonds i am bad at them so much hopefully this helps

[@captainironman-mc513]

2nd term*

[@angelbukenya9724]

tnxs

[@whitneysandy6442]

Omg thank you

[@davidbunn1]

You're welcome!

[@nczioox1116]

At 1:41 you mention that the 3rd energy level holds 8, but everything on google is telling me that the 3rd level hold 18 electrons?

[@w2blackpanther377]

NCZIOOX the 1st energy level can only hold 2 the 2nd can hold 8 and the 3rd can hold 8. Also the 4th energy level can hold 18. Hope this helped.😊

[@j_sum1]

Incorrect, Fiza. The third energy level (3rd shell) can hold 18 electrons. The only confusion is that the 4th shell begins to accept electrons before the third is completely full. In technical terms, the 3d orbitals (3rd shell, d subshell) are a slightly higher energy state than the 4s orbital (4th shell, s subshell). You see this on the periodic table when looking at potassium and calcium. At Argon the third shell has 8 electrons but the next electron goes in the 4th shell -- hence potassium is on the 4th period. Once you get to scandium the 3d subshells begin to get populated with electrons.

[@w2blackpanther377]

j_sum1 Thank you for correcting me. I must've misunderstood.😔

[@j_sum1]

Hey, not a problem. Easy mistake to make and something that is often not well explained. I once made this exact same mistake when I produced an education resource for high school science students. I think the simple workaround is the phrase, "the third shell holds 18 but when it gets to 8 the 4th shell starts to fill."

[@ravinduwijayarathna6238]

3rd energy level has 3 sub energy levels namely 3s^2, 3p^6, 3d^10.. this means that the third Main energy level has 3 minor energy levels inside it which can hold 18 electrons (2 +8 + 10) so yeah, 3rd energy level do have the ability to hold 18 electrons in it.. BUT , atoms in period 1 and 2 only have upto 8 electrons in its valence shell ... atoms below period 2 can and will hold more than 8 electrons... Flourine has 7 valence electrons and forms only single bonds with other atoms to complete its octet But Bromine, Iodine which are in the same group and have 7 valence electrons usually forms 7 single bonds ...

[@user-zd7wk5wi2n]

ai do nt get it

[@koolguy717]

Who is studying 9th grade here ?