How Water Dissolves Salt
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- čas přidán 1. 09. 2011
- Water molecules pulling apart the ions (sodium and chloride) in a salt crystal, and then dissolving the salt. (Animation).
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One minute animation and you understand how it works. Twenty hours at school and you understand that you hate chemistry because you don't understand anything.
bro basically
actually facts
that is why the school system is trash
You should become a teacher then, and make all the future students understand chemistry! :-D
o
It's like water molecules are taking them for a dance.
Might write that in my notes 😅
It's rare to find a video that perfectly answers the question you had in mind when searching for the answer. This video contained exactly the info I was looking for without any extra.
This is what Mickey Mouse do at his free time
Bruh...
I get it. Water molecules look like Mickey Mouse heads.
Naw
lmao
🤣
I've heard that water breaks ionic bonds over and over again but I never understood it until now. Thanks!
Thanks for the kudos, glad you liked it!
Tysm!
In this animation, it is only about salt or scientifically known as sodium chloride (NaCl).
In a nut-shell, the charges of the water molecule are attracted to the opposite charges of the NaCL , so the water molecule essentially rips apart (dissociates) the NaCL molecule.
BUT, what this animation shows is the fundamental reason why water or any other solvent such as alcohol, or benzene, or Mr. Clean etc, is that solvent molecules can dissolve other molecules by their attracting opposite charges.
You have just explained what two textbooks and the internet couldn't do in 20 minutes, in about 45 seconds. Thank you so much!
This type of video based on Visualization and in depth analysis indeed helps the people to examine what actually chemistry is.
This was the shortest and most helpful chemistry video I've ever seen. Love it! Thanks!
this video really helped, but it needs sound!!! (maybe overture by AJR?)
Wow. Thanks. I finally understand how salt (NaCl) dissolves in water (H2O).
You are very welcome, glad you enjoyed it :)
Such a cute animation
@Elijah Foote We cannot question what this man is attracted to
@@milklife4780 LOLLLLLL
@Elijah Foote what i just said was LAUGHING OUT L-L-L-L-L-LOUD or LAUGHING OUT LOUD LOUD LOUD LOUD LOUD LOUD...lol
@Elijah Foote no thats just my thoughts lmao
okay, it do be explaining how water dissolves salt though 😳😳😳
thanks, that really helped :) you showed me everything i needed, ur great :D
Thanks for your comment, glad you appreciated watching this video.
the ending looks like lots of bees swarming some honey lol
just realised this video is 8 years old damn
Anyways thanks a lot really helped🤧
9 years😂😭
That was awesome -- well animated.
Thank you @O@
The polar water molecule makes since. I always was skeptical when I was told salts dissolve in water and the ions just swim around randomly. It seems more plausible that water forms a cage and the opposite charges attract. The bonds can only be rearranged by an electric current or a salt solution which reacts to form a salt that has low solubility
Qué pena que solo está en inglés y no tiene opciones para subtítulos
Thank you, this really helped with the understanding for solubility..
Thanks and merci, David. Glad you liked the video and I hope the students using your site find it useful.
You need to do more of this sort of thing! It is explained so well!
Thank you so much for this. It's the kind of thing really hard to learn only by reading.
Good video!
On an unrelated note, the blue and red make the compounds look like tentcools with no tentacles.
Water is just so amazing, no wonder it's called the universal solvent
Just because of that polar properties it posses 😂if I am not wrong
I really loved this video because it showed how atoms are like magnets, and in such a simple way. But one question, the water actually separates the Sodium atom from the Chloride atoms? Left me a little confused because I assume that then salt water would be poisonous to us.
Chloride and sodium ions have none of the properties of chlorine gas and sodium metal specifically because they've exchanged an electron. Because of this, the sodium ion has the exact same configuration as a neon atom, and the chloride ion as an argon atom.
@Nadya Airbender Most ionic compounds dissolve the same way. Some ionic compounds don't dissolve in water. like AgCl2
Very well done animation!
Great presentation and I learned some French too! I will link to this video at Test Bosot Inc. to help students prepare for the SAT Subject Test in chemistry.
@DRKAugumon thanks for your great comments. Glad it helped you with your project :)
Cool, glad our video helped! Thanks for your comment!
Very nicely made!
Thank you @Hondengans I'll pass your compliment to our 3D animator Alex Tirabasso.
It looks so easy now
Thanks a lot
Cool, glad you enjoyed the video.
I don't understand people who clicks on the "dislike" button for videos like this. I mean there is no opinion to dislike it's just the way stuff works. So they must be stupid
amazing
Excellent!
Agreed! Water is Totally Fascinating!
really helpful thanks...
Very nice animation easy to understand.
@praveenapprasad yes, this animation was made by the museum's very talented 3D animator, Alex Tirabasso.
Science....as always...very, very cool
well done thanks !!
Awesome @firmkillernate ... glad you found it informative! :)
Very cool, thx!
that... is so cooollll!!!!!
Thanks!
XD on froze Olaf goes “I wonder what happens to salt and water when it gets warm.” So here I am
Low-key beautiful
That's why you have to put SOOO much salt in a sleep deprivation tank. Isn't that molecule labor though?
Awe this is so fascinating😊😊😊
Thank you very much..
That's so cool
Bro tip: if you mix salt, sugar, pepper, and flour together, you can dissolve it in water and inject it into a vein.
i get it now thanks for the vid
Please keep making videos on such basic chemistry. Love it. No one has explained this well. Please do more.
Thanks for your comment. Some sound would be a good idea. It will be suggested for future animations.
this help me a lot to help myself to get A for biology. credit and TQ to the owner
Beautiful
i will use this for my materials presentation
very helpful
beautiful
Nice video
Thnx
so, ionic bond from Na+ and Cl- are broken? why the Na remain as solid metal and Cl remain as green gas?
Chemistry Joke:
I was going to throw NaCl at you, but that would be a salt (Assault)
The animation it´s OK, but there is a mistake. NaCl is not compound by molecules, it´s a cristal organization.
You are very welcome Sajaa. Congrats on the A!
2 questions:
1: How come the Na/cl Ions keep their charge after being seperated? They get it, when exchanging electrons while binding (na "gives" cl an electron), shouldnt they give it back once they get seperated?
2: Whats the difference between chlorine ions dissolved in water from salt and chlorine ions dissolved in water to desinfect it?
I always thought the saltmolecule stays intact, but this animation makes it seem otherwise
Why sodium chloride that has a high m.p can easily dissolved in water?
Hello, I have a question. There is an ionic bond between the NaCl molecule. So, in this dissolution event, does the ion-dipole interaction formed by water and salt break the strong ionic bond?Or is something different happening? I would appreciate your , thank you :)
NaCl + H2O = Na+ and Cl-, both aqueous.
If you evaporate the water, you will be back with the same NaCl.
Needed some sound, but was pretty good video
Wow!Interesting video!tnx
but how can download it??
What if it's cold or hot water? Does that make any difference in dissolving the salt?
Now if you could do a video this simple for all chem concepts.....
Yes it needs sound also
this is the nicest comment section ever XD i guess its from all the Canadians XD
The water molecules r sho cuute
good ,needs sound next time tho
Thnx u
add some background music. it'll make it much better I feel like (it still was very helpful though).
Sodium should've been a bigger Atom than Chlorine due to the Atomic radius trend which increases down a group and decreases across a period (from left to right) and Thank you so much for this great video it helped me!
What the?!?!? why is it quiet the whole time up until the end, my ears exploded
c'est trop mignon
How many water molecules does it take to completely cover one atom of Sodium and one atom of Chloride?
two, i think but upside down..
Are the ionic bonds still present?
i think so?
Does this mean Polarity force from either H or O of water stronger than ionic bond between Na and Cl? I learnt that ionic bond is very strong so they can form solid phrase only.
Titi Dechdamrongwut I too always think about it ? As ionic bond is way more stronger then wander walls type of forces.
Sheraz Khan great question guys
What I learned it that the polarity force is very strong, due to more electronegativity difference so maybe it is stronger than the ionic bond.
The animation showed that the polarity of 3 water molecules exceeded the polarity of the lattice to abstract a single ion. Yes, ionic bonds are strong, but the net effect from the multiple water molecules was sufficient to overpower.
Why the ions like chlorine don't combine after getting dissociated
might've been more helpful if someone explain too... but it OK, thanks!
Super interesting! What's this process called? Does a salt need to have certain properties for water to pull it apart like this?
Yes, salt has to be polar as well. In this case, the NaCl (ionic compound) has formed a giant lattice, which allows the polar water molecules to pull it apart it. The process in this case is just the DISSOLVING of ions in water
Omg this looks scary I don't know why lol 😂
they look like people unloading materials from a truck
that water lokey is sorta thicc
water always goes to salt
Well a video for me I gue- WAIT IM A DOCTOR NOT A CHEMIST DAMMIT!
why are covalent bonds of water stronger than the ionic bonds in the salt molecules?
Is it possible to reverse it?