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There is no such thing as a pure ionic bond ( unless you count ions dissolved in water or another substance ). Even in Cesium Fluoride, Cesium's outermost electron spends 95% of it's time in the vicinity of the fluorine nucleus, and 5% of it's time in the vicinity of the Cesium nucleus, but not 100% of it's time in either location. Ionic versus covalent bonding is a matter of degree.
Ответитьas a 7th grade, this was still MUCH more helpful than our teachers at school, thanks!
ОтветитьWhen imposter is sus
Ответитьif electrons are constantly moving then how atoms are making bond ??
ОтветитьHello, I'm thinking about doing a huge project on chemistry. I would like to use these animations and give you the credits. would you give me permission?
ОтветитьAll i can say is that i have never understood bonds, these gods just described it in 3 minutes, i wish I could like the video twice, actually scratch that i wanna like it infinite times, because you, you have infinitely helped me.
Ответитьthanks
Ответитьif one atom is strong it can pull one or more electrons
Ответитьcould you guys be slower when explaining please?
Ответить😂😂😂😂😂 watch the video at ó.25 , it's really funny so also you don't have to repeat again 😊
ОтветитьPeople who didn't understand at first
👇
A misleading video that suggests that in a covalent bond, shared electrons stop moving aroung nucleii. Nice animation for those who know about chemical bonds already. Not good to educate.
ОтветитьI still don't understand everything... If electrons orbit around the nucleus, how can atoms share one ?
ОтветитьThanks for the video, really help explain more the just reading 😂
ОтветитьCan someone turn this concept into a micro minecraft-type game please?
ОтветитьAnd no nucleus were punished for stealing another's electrons? Barbarians!
ОтветитьGreat video
Ответитьi love it
Ответитьawesome bro
ОтветитьWrong picture in reality the picture is much different this is just theortical explanation of practical results
ОтветитьWhich means if I have positive Jame and negative Jame, they will bond with each other and become James Bond!
ОтветитьLewis’s notation explains that more simply
ОтветитьTIL the chromosome is just 2 BEEG AF molecules. Bruh.
ОтветитьHow do electrons behave in covalent bond though? Are they trapped in one place and don't orbit own atom nucleus anymore or do they orbit both atoms nuclei?
Ответитьin 3 minutes i learned what my teachers could not properly explain to me in 3 weeks.
Ответитьthis is so realisic woah
Ответитьwaw
ОтветитьGod damn
You better than our doctor
i'm doing a university degree in physics and you just described bonds in a much clearer way then my course material lol.
ОтветитьThank You so Much !
ОтветитьCovalence
ОтветитьGraphite has similar structures to metals, and that is why it can conduct electricity better than other non metals.
Ответитьand they all behave like a waves
ОтветитьAnd “gravity” is no where to be found… electromagnetism is king.
ОтветитьQue video tan malo 👎🏾
ОтветитьFor once I wished this Chemistry lesson to continue beyond 3 & half mins
ОтветитьAnalogies like "...and never getting the toy back" and "Like a potluck" makes it SO much easier to visualise the concept! It's things that I've experienced myself and can relate to.
Very well! 👌
Just loved the explanation , thank you sir 😍😍😍💖💖💖
ОтветитьI like bonding games! 🤭
Ответитьwow !!!!!
ОтветитьMindddd blown. You have cleared some of my questions of this study session in just minutes.
I was losing interest by not getting right help, thankfully, finally the right video.
So can iron bond with copper
Ответитьthanks you teach better than even our textbook
ОтветитьShowed this to my chemistry teacher to show the class one time in high school when they got to the part where they started teaching us about chemical bonds and stuff
Ответитьcontinue simplifying such concepts please
ОтветитьIs a scaled up model, a human sized mechanical working simulation of this ever made?
I still can't understand how a very small ball rotating around a large ball can attach to another small ball rotating around another a big ball.
Hdhdhdhdhdhhrbdhfhrhdhghsjsjsjsj
ОтветитьWhen Oxygen and Hydrogen bond: Oh
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