You made me understand everything about chemistry in the right way , despite I have asked my professor and he explained me many times , but I didn't understand what he was saying 😩 and now even though l listened to your explanation for the first time , but I understood well , so thank you so much , I'm really so grateful 💙👌😁
Hi, The Organic Chemistry Tutor. Can you pls make more vids on Grade 12 Biology? I’m currently struggling in the course and your vids would help me out a ton. I’m currently on Biomolecules/ Biochem (drawing, naming, numbering structures of carbs, lipids, nucleus acids, proteins). Your style of teaching incomparable to the teachers at my school!!
Professor Organic Chemistry Tutor, thank you for a fantastic explanation/Introduction into Ionic and Covalent Bonding in AP/General Chemistry. Metals and Nonmetals from the classical Periodic Table, makeup Ionic and Covalent Bonds. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Fabulous! I'll be using this for my students in Chem class this year!! Anything on s, p, d shells? I'm finding that our textbook is kinda weak on that topic..
What do you mean by atoms losing ions? It really depends upon the charges of the involved atoms and ions. Note that in ionic bonding, there are ONLY ions involved... May be cations (positive ions) and/or anions (negative ions). In covalent bondings, it's ALWAYS atoms ONLY are involved, which will may be postive and/or negative). Atoms can do bond with ions... For example, the partial negative charge of H20 molecules which is located at the hydrogen atoms attract themselves to the sodium cations of a NaCl molecule because the sodium cations are positive and the hydrogen atoms are negative and there's the electrostatic force rule that like charges repel and unlike charges attract. So if that happens, the dipole moment will still be the same but with four y-additives now but they'll cancel since they're going through opposite directions. The dipole moment will be 4x higher than the H2O molecule unboded to Na+. The increase will simultaneously add to the H20's polarity. If enough energy is given to that H2O-Na+ to break the H2O's attraction to Na+, then both the two will separate from each other, and the polarity of the H20 molecule will be back to normal. The same goes with Na+, its electronegativity will decrease.
Greetings to you sir and thanks for the great work you do, I would like to put more light on the bonding between CO , oxygen has a maximum of 2 bonds but here I see you saying there is 3 bonds between C and O, thank you
It's been two years, but I'll still try to answer. Oxygen doesn't have a maximum of 2 bonds, it prefers to make only two bonds. It can still make 3 bonds in some cases as you can see. Carbon likes to make 4 bonds, and oxygen 2, so you can think of the 3 bonds almost as if it were a compromise between both of them to achieve maximum stability possible. Turns out elements are better at negotiating than we are. edit: forgot to mention, oxygen(or any other element) gains or loses a charge if it has to make more or less bonds than it wants to. At two bonds, it has no charge, however, a single bond oxygen atom will have a negative charge and if it is triply bonded it gains a positive charge. The reason this charge doesn't show in CO is because C also makes 3 bonds instead of four which gives it a negative charge making the total effective charge 0. Obviously, you have to check separately for the partial charges.
In the SIMPLEST cases, covalent means that an electron is shared to complete the electron shells, and ionic means that an electron is donated to complete the electron shells. 2, 2 8, 2 8 8, and things get weird.
I thought that nitrogen only likes to make 3 bonds? I don't get why Nitrogen would want to form a double bond with one oxygen and then two single ones when that will get it up to 4.
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Dude love the videos! Have probably watched over 100. This will definitely help on my test tomorrow 😅
Ey I also have a test tomorrow! Gl! :)
how wad ure test in the past two years ?
i know I am kinda off topic but do anybody know a good website to stream newly released series online?
@Gerald Joaquin try flixzone. Just search on google for it =)
How did that test go !
Is this really free? Everything is so clear in these videos, it's insane, thanks so much!
How do you always put out videos when I need them the most??? I appreciate you SO much.
Heyyy
As is often the case, the most informative videos have the fewest views. All thumbs up to this one!
You're one of my best sources I have ever used in my study as a STEM High School student!! 😍😍
👤❤️?
You made me understand everything about chemistry in the right way , despite I have asked my professor and he explained me many times , but I didn't understand what he was saying 😩 and now even though l listened to your explanation for the first time , but I understood well , so thank you so much , I'm really so grateful 💙👌😁
Amazing work. Helped my son so much with chemistry classes! Thank you.
ABSOLUTELY love this video!!!! I completely understand the two bonds now.. I will rewatch this a few more times just because....
Hi, The Organic Chemistry Tutor. Can you pls make more vids on Grade 12 Biology? I’m currently struggling in the course and your vids would help me out a ton. I’m currently on Biomolecules/ Biochem (drawing, naming, numbering structures of carbs, lipids, nucleus acids, proteins). Your style of teaching incomparable to the teachers at my school!!
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This man is a blessing bro I finally understand how the bonds look in the Lewis diagram
This guy explained this much better than my science teacher
fr
Finally!!! Got that one video to explain it perfectly... Thank you very much...
For every question I have this guy has a video. Thanks!!!! You've been very helpful.
One of the best teachers ever❤
I was just looking for a refresher but it makes sense why the video is 22 minutes now, he goes baaaaaackkk over the pertinent info
Professor Organic Chemistry Tutor, thank you for a fantastic explanation/Introduction into Ionic and Covalent Bonding in AP/General Chemistry. Metals and Nonmetals from the classical Periodic Table, makeup Ionic and Covalent Bonds. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
Fabulous! I'll be using this for my students in Chem class this year!! Anything on s, p, d shells? I'm finding that our textbook is kinda weak on that topic..
Thanks man, it was a big help for my last minute studying
I'm bout to watch this video and I know you are gonna do it again. THANK YOU in advance
So do atoms automatically acquire postive charge everytime they lose ions? BTW, your vids help me out a lot. Thank you!
What do you mean by atoms losing ions? It really depends upon the charges of the involved atoms and ions. Note that in ionic bonding, there are ONLY ions involved... May be cations (positive ions) and/or anions (negative ions). In covalent bondings, it's ALWAYS atoms ONLY are involved, which will may be postive and/or negative).
Atoms can do bond with ions... For example, the partial negative charge of H20 molecules which is located at the hydrogen atoms attract themselves to the sodium cations of a NaCl molecule because the sodium cations are positive and the hydrogen atoms are negative and there's the electrostatic force rule that like charges repel and unlike charges attract.
So if that happens, the dipole moment will still be the same but with four y-additives now but they'll cancel since they're going through opposite directions. The dipole moment will be 4x higher than the H2O molecule unboded to Na+. The increase will simultaneously add to the H20's polarity.
If enough energy is given to that H2O-Na+ to break the H2O's attraction to Na+, then both the two will separate from each other, and the polarity of the H20 molecule will be back to normal. The same goes with Na+, its electronegativity will decrease.
Greetings to you sir and thanks for the great work you do, I would like to put more light on the bonding between CO , oxygen has a maximum of 2 bonds but here I see you saying there is 3 bonds between C and O, thank you
It's been two years, but I'll still try to answer. Oxygen doesn't have a maximum of 2 bonds, it prefers to make only two bonds. It can still make 3 bonds in some cases as you can see. Carbon likes to make 4 bonds, and oxygen 2, so you can think of the 3 bonds almost as if it were a compromise between both of them to achieve maximum stability possible. Turns out elements are better at negotiating than we are.
edit: forgot to mention, oxygen(or any other element) gains or loses a charge if it has to make more or less bonds than it wants to. At two bonds, it has no charge, however, a single bond oxygen atom will have a negative charge and if it is triply bonded it gains a positive charge. The reason this charge doesn't show in CO is because C also makes 3 bonds instead of four which gives it a negative charge making the total effective charge 0. Obviously, you have to check separately for the partial charges.
The black thumbnails are better imo.
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@@hoperforce1lmaoo
you are a lifesaver
Thanks a lot sir. Amazing explanation.
Thanks a bunch for this wonderful session 😊
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Could you explain the ionic bond in the Molecular Orbital theory?
In the SIMPLEST cases, covalent means that an electron is shared to complete the electron shells, and ionic means that an electron is donated to complete the electron shells. 2, 2 8, 2 8 8, and things get weird.
This is what i really wanted .. thanks
FINALLLY
I DID NOT KNOW HOW NH4OH IS IONIC AND YOU CLEAR IT (you dont underestand if you search in google)
THANKS
Also, it contains the ion ammonium.
that was so amazing !! really thank you very much
you are good at what you do
You are an amazing teacher
Thanks so much I really get the topic now
Thanks! Nice video, keep it up Bro
I love your channel so much
I love this video chemistry became a little fun bruh lowkey
Thank you so much , very well explain
keep it up brother
You're a freaking saviour
Appreciate your work so much, Keep it up these videos are a great help
Thank you!
This helps so much thank you 😊
My savior 🤗🤗
LOl you forgot to add 1 more electron for Br in Lewis dot D. There should be 7 not 6 for valence electrons .
This guy should start his own college🤣 your videos are so helpful thank you so much!!!!!
You are alife saver thankyou
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good luck with those finals people
Thank you very much
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this dude seriously has such a BIG BRAIN
i meant in in a good way. love the videos btw
Very good
Thanks Alot!!!!!
I thought that nitrogen only likes to make 3 bonds? I don't get why Nitrogen would want to form a double bond with one oxygen and then two single ones when that will get it up to 4.
Yeah that's where I'm confused
❤Keep it up
Can you incorporate real life examples in your presentations ?
For me, that might help it stick
Thanks
God bless you
Can you put the example of SiBr4?
Is it ionic or covalent bond?
@@abcd........139 thank u very much.
Hey man Br is semimetal why did you say it's a non metal?
But Br is a Halogen i dont understand can you please explain
thank you !!!!!!
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I'm actually using this like that of a sleep podcast
thmks
Ohhhh that’s what equal and unequal electron share means and the triple bond okay I see you
Thank God there is no "subscription shit" at the beginning or at the end. We will if we like it
i love u
My guy explains better than my teacher 🤣
Thanks sir jii
You teaching style rocks dude 🙏♥️☕
I watched 6 ads in 20 seonds of video trying to find the minute i left of
While on video how many of you see comments 🤣🤣
9:41
𝗠𝘆 𝗧𝘆𝗽𝗲 𝗼𝗳 𝗩𝗶𝗿𝘁𝘂𝗮𝗹 𝗧𝘂𝘁𝗼𝗿.
Luli
Aare Hindi me bolne me saram aa rahe hee
weird
apna time ayaga hehe 😂 lol
@KULNOOR BEDI 🤣
Thank you!
Thank you so much 😊😊😊😊😊😊
13:52