All I can say is that this video is amazing! The animations are very nicely coordinated with the talk and explains it perfectly. Fantastic job and thank you so much for this video
Oh my gosh thank you soo much! I love the editing and how you put it into 3D. I finally get the picture : ) I'll just go and throw away my textbook ! XD
AMAZING!!🩷only if there was some explanation about the lone pairs and their effect on the geometrical shape, it would've summed up much! Still, thanks a lot for the easy to get explanation!!
You have no idea how bad I want to hug you right now. You just made perfect sense of it all for me, which is more than my chem teacher ever did! Thank you so much!!!!
I noticed several posters asked about water. Water, H20, is flat but bent. This video only describes the basic geometric shapes and does not explain how the unshared electron pairs affect the geometry of the molecule. The two bonding pairs and the two unshared pairs of electrons form a tetrahedral arrangement around the central oxygen atom with an AX2E2 formula. The two unshared pairs repel the bonding pairs. The resulting H--O--H bond angle is about 105°. I hope this helps!
Thank you so much!! I'm running out of time and this helps a lot because the explaination is too brief and simple. Brilliant! Thank youuu and more power to you Sir💖
Thanks for the video, but it's lacking in the shapes obtained when there are lone pairs of electrons, which of course repulse stronger than bonded pairs, and so can form shapes like bent, trigonal pyramidal, T-shaped etc.
The animation is awesome and the explanation is simple and lucid . Why don't you people do ...like complete course of chemistry videos ?That would be really helpful !!
The shapes of molecules are important to several properties including the polarity of a molecule. Polar molecules are molecules that, though they may be neutral, have positively and negatively charged ends to them due to an imbalance of electron density within the molecule. Polar molecules are then attracted to each other as the positive end of a molecule of that substance is then attracted to the negative end of another molecule of the same substance or even another polar substance.
The O in H20 is connected to two hydrogen atoms however there are still two unshared electrons within the bond; therefore, since the electrons take up even more room than another atom would, the molecular shape becomes bent, 105 degrees from each other, rather than the 180 you would have initially expected.
(continued from below) Water is an example of a polar substance. What makes water polar is a combination of the partial positives on the hydrogen atoms (due to differences in electronegativity with the oxygen atoms) and the bent shape of the water molecule. If the water molecule were linear instead of bent, it would not be polar and would have different properties like it would now mix with oil but would not dissolve salt readily.
Note :- 1) Here we discussed only about bond pairs of electrons and hence also only about ideal bond angles. 2) We also didn't discuss about square planar geometry. 3)Trigonal bipyramidal and octahedral are the structures of molecules whose central atoms have expanded octet.
Superb explanation!🔥 Sir I think you forgot to mention the slightly bent molecule of the linear one. For those of you who dont know in bent molecules, the bond angle is slightly less than 109.5∘.
Thank youuu soo much!!! I am really wondering how i understood this vsepr theory now!!! I was struggling with this till i saw the video...it's really awesome...and u r the best teacher
Wow! So my teacher went way too fast teaching this and so I really couldn't get my head around what was being taught. This sub 5 min video however summed up what my teacher couldn't get through to me and many other classmates during 3 hours worth of work!! Thanks so much!!!!
He didn't mention bent, which is an important shape because this video is about the electron geometries, which he did mention at the the end. Bent is a molecular geometry, which is affected by the lone pairs around the central atom. So this was just an introduction to the theory without going too far into it.
I have my exam tomorrow, and all I can think is how futile all this is. What will I do with all these facts about things I can't even see?! No one has even SEEN electrons yet, and still we're learning all this stuff. WHATS THE USE OF ALL THIS HARD WORK im feeling so down rn
Thank you for amazing video I need to do short videos for university so if you don't mind me asking ... which program have you used to create and animate these molecular geometries?
I like it how simple and amazing you explain something that I couldn't get it in 2 hours lecture!!!!! thank you.
Lol. This. My exam is in 7 hours. Already did 8 hours of studying today but squeezing in the last chapter that I didn’t get to in youtube videos 😴🫥
Simple, very very clear explanation and quick.
Brilliant!
All I can say is that this video is amazing! The animations are very nicely coordinated with the talk and explains it perfectly. Fantastic job and thank you so much for this video
Oh my gosh thank you soo much! I love the editing and how you put it into 3D. I finally get the picture : ) I'll just go and throw away my textbook ! XD
This was AMAZING! Thanks for the wonderful visuals and great explanations. I'm showing this to my students tomorrow :)
This was EXTREMELY helpful. I loved the animations, they were a great way to easily understand the information.
One of the best chem videos i've ever watched! Thank you for your video!
Simple, and explained like a pro. Helped a lot for my Chemistry exam. Cheers!
Such an awesome video.................explaining in the best and most simple way possible
AMAZING!!🩷only if there was some explanation about the lone pairs and their effect on the geometrical shape, it would've summed up much! Still, thanks a lot for the easy to get explanation!!
You have no idea how bad I want to hug you right now. You just made perfect sense of it all for me, which is more than my chem teacher ever did! Thank you so much!!!!
This is great, thanks so much! What a helpful video. I'm a very visual learner and the way you visualized all the molecules was awesome.
You have amazing communication skills ..I aspire to acquire the same skills one day..thank you for your help!
Best video on the subject in the whole internet! Great method!
Wow! Your explanation was simply amazing and the visualisation helped me understand greatly!! Thank you!
Wow thanks this helped a lot! The visuals really helped me understand better. Thanks again!
you are amazing ..cuz i went through almost 8 -9 videos and this is the one that helped me to understand what actually are these:)
What is cuz
the models and the editing made it very easy to understand, thanks. great video
I noticed several posters asked about water. Water, H20, is flat but bent. This video only describes the basic geometric shapes and does not explain how the unshared electron pairs affect the geometry of the molecule. The two bonding pairs and the two unshared pairs of electrons form a tetrahedral arrangement around the central oxygen atom with an AX2E2 formula. The two unshared pairs repel the bonding pairs. The resulting H--O--H bond angle is about 105°. I hope this helps!
Thank you so much!! I'm running out of time and this helps a lot because the explaination is too brief and simple. Brilliant! Thank youuu and more power to you Sir💖
Oh man I needed this, THANK YOU !!, you don't know how simple and easy you make it.
My chemistry teacher is a fool, who believes that teaching through the homework only is a valid method. Thank you so much for doing what he could not.
What grade where you in 12 years ago
i feel like we made a personal connection
The animations and video editing are great along with the information. Thank you!
I button mashed and then came across this.. Best random act EVER
Brilliant explanation, thanks a lot
but I have a question: How do we know the number of chemical environment in VSERP , and Fac and mer isomers?
What my teacher couldn't explain me in 3 hrs you explained it in just 4:51 minutes. *GREAT JOB SIR*
one of the best chem videos I have encountered. thank you so much.
Very good! thanks so much! It makes alot more sense when you use 3d models in the video than looking at them on paper.
it was really beautiful n amazing..simply xplained...thats great...😊☺👍
This guy is a huge beauty, thanks for the explanation boss it really helped
U made it easy. I've referred many books but didn't get structures thank you for this. you are a great teacher
I love you, amazing how you can get me to understand this in under 5 minutes and the lecturer in my class could not in over 2 hours.
THANK YOU!
Your explanation of VSEPR was absolutely great. Very easy to understand in one time only. Congratulations. Where are your other videos ?
Nicely explained and well animated.I understood it easily.
Thanks alot. :)
Fantastic. Nice editing and clear explanations.
This was such a great review! Thank you for posting this :)
One of the best videos I have ever seen in youtube!
Great, simple, and to the point. Nice.
so easy to understand and right to the point! you've become my new best friend
this is absolutely necessary and very useful for everyone so thank you sir for explaining this theory
This was really helpful I actually struggled with vsepr in college and almost gave up but finally some one explained it clearly thanks a lot
Thanks for the video, but it's lacking in the shapes obtained when there are lone pairs of electrons, which of course repulse stronger than bonded pairs, and so can form shapes like bent, trigonal pyramidal, T-shaped etc.
holy shit you just seriously explained this shit better in 5 minutes than my chem professor did in a few weeks
Thank you so much! It really helped a lot :D
am i the only one who sees this guys resemblance to Quentin Tarantino?
@@dime3868 what a madlad, but here i am commenting on my professional account
I don’t “toe” about that man. Are you sure?
The animation is awesome and the explanation is simple and lucid .
Why don't you people do ...like complete course of chemistry videos ?That would be really helpful !!
The shapes of molecules are important to several properties including the polarity of a molecule. Polar molecules are molecules that, though they may be neutral, have positively and negatively charged ends to them due to an imbalance of electron density within the molecule. Polar molecules are then attracted to each other as the positive end of a molecule of that substance is then attracted to the negative end of another molecule of the same substance or even another polar substance.
The O in H20 is connected to two hydrogen atoms however there are still two unshared electrons within the bond; therefore, since the electrons take up even more room than another atom would, the molecular shape becomes bent, 105 degrees from each other, rather than the 180 you would have initially expected.
Thanks this helped a lot more than the other videos have:)
(continued from below) Water is an example of a polar substance. What makes water polar is a combination of the partial positives on the hydrogen atoms (due to differences in electronegativity with the oxygen atoms) and the bent shape of the water molecule. If the water molecule were linear instead of bent, it would not be polar and would have different properties like it would now mix with oil but would not dissolve salt readily.
Straight to the point and the point was well made - thanks
This is great! Everything was explained so well
This video clears so much up. Thanks
Just cleared up all confusion. Great video.
There should be more of these videos around the tube! Excellent.
I have a unit test tomorrow and I was a tad uncertain about this theory, but this guy cleared it all up. I love this guy. :3
Where are you in life now mate?☺
Excellent Teacher, Great and Thank you!!!
I never understood VSEPR theory better anywhere else!!!
Thank you sir!!!
You saved my life, my future, my dreams, and my hopes.
Thank you.
One of the best videos I've ever seen
Best explanation ever. Thank you, Sir.
This is wat I Cal perfect explanation.... Nice n slow, gud animation and to the point..... 👍👍👍❤️
gud. understood well .
please tell us.. by using which software u made this wonderful video ?
Note :-
1) Here we discussed only about bond pairs of electrons and hence also only about ideal bond angles.
2) We also didn't discuss about square planar geometry.
3)Trigonal bipyramidal and octahedral are the structures of molecules whose central atoms have expanded octet.
amazingly simple explanation. thanks so much
Neat, clean, niche explanation, hats of man. Btw anyone who has an exam tomorrow, but has no time for 2-3 hours lectures.😅
Simple, with much knowledge. Merci🙏
this is a piece of art and exemplary lecture. Thank you.
BEST VIDEO OF VSPER THEORY ON RUclips! Thank you!
Superb explanation!🔥 Sir I think you forgot to mention the slightly bent molecule of the linear one. For those of you who dont know in bent molecules, the bond angle is slightly less than 109.5∘.
Thank youuu soo much!!! I am really wondering how i understood this vsepr theory now!!! I was struggling with this till i saw the video...it's really awesome...and u r the best teacher
Wow! So my teacher went way too fast teaching this and so I really couldn't get my head around what was being taught. This sub 5 min video however summed up what my teacher couldn't get through to me and many other classmates during 3 hours worth of work!!
Thanks so much!!!!
He didn't mention bent, which is an important shape because this video is about the electron geometries, which he did mention at the the end. Bent is a molecular geometry, which is affected by the lone pairs around the central atom. So this was just an introduction to the theory without going too far into it.
awesome sir
after watching this video I became a big fan of u
Finally someone who actually explained why is called an octahedron......
Great video!!
Great video! I like how simplified it is :)
amazing explanation !!!!it was really brilliant ....................
its so simple,, before this video it was headache for me .. thanx
This video was very well constructed, Thank you!
very nice explanation! much better than other videos! THumbs up!!!
As I see this video which I don't understand from years understand in just 4:51 minutes
Thanks Sir
Regions are either atoms bonded to the central atom or lone pairs of unbonded electrons.
I have my exam tomorrow, and all I can think is how futile all this is. What will I do with all these facts about things I can't even see?! No one has even SEEN electrons yet, and still we're learning all this stuff. WHATS THE USE OF ALL THIS HARD WORK
im feeling so down rn
I have the same feeling like u
Excellent! Thanks for solidifying this concept.
very very nice video on VSEPR Theory.From me thousands likes.Can you make videos
on Aromatic Hydrocarbon.
awesome explanation..i am very clear in this concept.
that is so awesome. five minutes of clarity.
Thank you for amazing video
I need to do short videos for university so if you don't mind me asking ... which program have you used to create and animate these molecular geometries?
Clear and simple! Thankyou!
Amazing videos! Thank you!
Thank you SO much! This video made soo much sense!
what is the difference between trigonal bypyramidal of a tetrahedral from that of a trigonal bypyramidal?
Please answer this.
Very good upload....thanx for this
This is awesome.
Would someone mind explaining why water than has the two opposing hydrogen molecules, yet still has an angled shape?
Thanks you so much............. it's a simple and understandable...thanks again
very well explained and easy to understand thnx mate!
Really good explanation
this thing os awesome and the animation kills it nice.
Brilliantly explained