Bond Strength and Bond Length

This organic chemistry video tutorial provides a basic introduction into bond strength and bond length of single bonds, double bonds, and triple bonds. It also discusses the relative strength of sigma bonds and pi bonds.
Organic Chemistry - Basic Introduction:
kzbin.info/www/bejne/eJDOlqear6-nj5o
Orbital Overlap and Bond Length:
kzbin.info/www/bejne/eJLXe6WIatiVoqM
Steric Number and Hybridization:
kzbin.info/www/bejne/boi6pKZ4e82Gfrc
Dipole Moment & Percent Ionic Character:
kzbin.info/www/bejne/omKqmImtps6onKc
Intermolecular Forces & Hydrogen Bonds:
kzbin.info/www/bejne/joS1kmyGYt19opI
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Resonance Structures:
kzbin.info/www/bejne/haLWgHymarqog6c
Bond Order and Resonance:
kzbin.info/www/bejne/a4SZepeXbpp4h5I
Curve Arrow Notation:
kzbin.info/www/bejne/i4fTmq2Ji651jpI
The Major Resonance Contributor:
kzbin.info/www/bejne/oZ2khWWDdqinarM
pKa, Ka, & Acid Strength:
kzbin.info/www/bejne/f4KZmHuHdsyShM0
Acids and Bases - Basic Intro:
kzbin.info/www/bejne/pai5i5yBo9ODg6c
_______________________________
Stability of Negative Charges:
kzbin.info/www/bejne/ipO6ZHyXZ6p3l6c
pKa Values of Acids:
kzbin.info/www/bejne/gmjJnZp3ZdOSqsU
Resonance Stabilization - Conjugate Bases:
kzbin.info/www/bejne/g3LNqmWNgtCDfsU
Organic Chemistry PDF Worksheets:
www.video-tutor.net/orgo-chem.html
Organic Chemistry Exam 1 Playlist:
bit.ly/3kJnNXU
Full-Length Videos and Worksheets:
www.patreon.com/MathScienceTutor/collections

[@TheOrganicChemistryTutor]

Organic Chemistry PDF Worksheets: www.video-tutor.net/orgo-chem.html Full-Length Exams and Worksheets: www.patreon.com/MathScienceTutor/collections Next Video: kzbin.info/www/bejne/eJLXe6WIatiVoqM

[@emilyn.6199]

your voice is oddly calming lol... this was very helpful tho thanks!

[@willowsongbird]

This video just saved my life. I was really confused. Thank you so much for this!!!

[@gowthamm4084]

Best Organic tutor ever seen! Keep up the good work. Do you have videos for Organic Chemistry Conversions and named reactions' mechanisms?

[@ruthannethomas88]

"As the bond lengf increases, the bond strengf decreases" Great video

[@surabhibhatnagar4976]

Are you a "grammar nazi"?😂

[@aeroteja8155]

@@surabhibhatnagar4976 nah , he's a normal nazi

[@basketballwarmupmusic6439]

You are a literal god send. Thank you for your videos!

[@ATVOYTAS]

Thank you! This was very helpful!

[@depharmily2064]

May God bless you,you are so helpful

[@spurthichadharam9144]

Bond length and angles can be horizontal at certain temperature and pressure

[@samridhisharma9717]

Very nicely explained thankyou ☺

[@rahmamaged7228]

This helps a lot Thank you☺☺☺

[@fatimahansari6403]

Thankyou so much!! This is sucha huge help

[@saurabhsuman4592]

l loved your explanation

[@manjulasanjeewani8934]

Thank u for that great explanation

[@marisakirisame659]

thanks mate, helpful stuff

[@Suzan-qg3ev]

I love his accent so much!!

[@samiasultana9550]

Thank you for being a godsend QUQ

[@secretgarden8142]

Thank you ( Wed 16 Dec 2020, 8:24 PM)

[@debasishrout4674]

Thanks for solving my huge problem dud

[@its_rn_edits8276]

Thank you so much sir😊💫

[@wasteddemise2286]

please never stop

[@mightygerman]

Sir,pls can you explain bond strength order between different atoms like C-C,C-H,C-X,etc.(Pls make video as early as you can..)??

[@anjoliebarrios8906]

When comparing bonds that have BOTH 1) a different atom connected to the C, and 2) different orbitals/surrounding double/triple bonds, (both were covered in the video but not at the same time), how do you compare them? Ie., what of the two characteristics is more important? Ex: =C-I vs. [triple bond]C-H, comparing the C-I vs C-H bonds.

[@Puffadderr]

TLDW; Strongest Bond was Pierce Brosnan and longest Bonds were all 1.88m (George Lazenby, Roger Moore, Timothy Dalton and Sean Connery)

[@Rache-sx7lc]

But what about proton number increases more.. So being more difficult to break the bond as there are more forces of attraction? Help me

[@sisaypaul8341]

Interesting lecture...I wonder you..your voice is also nice..(i'm Bsc. Holder)

[@mar768p]

I have a problem, Doesn't the bond strength of HF reduces due to the electron density of fluorine and electron of the hydrogen since its the covalent radius between them is so small ? Thanks in advance

[@bellefeu4933]

basically, the longer the bond, the easier it is to break. Think of raw spaghetti. A really long strand is easy to break, but a tiny tiny tiny strand is hard to break. Because Fluorine has a smaller electron shell density than Bromine, the Hydrogen can get closer to Fluorine, meaning the bond is shorter. Shorter bond = stronger bond. You can also think of two magnet poles. H+ and F-. When you get the two magnets closer to each other, the bond between them increases in strength.

[@Azy_17]

Thanks man 👊

[@Hijaz4]

didnt know mark Wahlberg knew chemistry so well

[@opsoban9619]

I have studied that flourine shows peculiar behavior in it's bond dissociation energy??

[@faheedatatolagbe8117]

Thank u so much 🥰

[@suwarnaghatode6034]

Electronegativity can define esliye... As f is more el-ve than Br.. Therefore H will be attracked towards F

[@negar1370]

Thanks a lot: )!

[@anameaname2721]

Is the stable and stronger bonds contain less energy than weak bonds? Or it there is no relationship between energy and bond strength?

[@nameme6482]

When Bond strength stronger, bond energy higher Bond energy can be say as energy required to break the bond

[@lavisrgra9811]

awsm thnku so much for this

[@sharmila1553]

Yes...😂😂

[@weirdy5815]

Thank uuu u are really smart 😭😭😭

[@daoudarif7303]

Your the best

[@aliciajohn5528]

Thank you...

[@fatimaahmed449]

I have a question How much energy require to break bond

[@quincyzhang299]

12:43, the structure at the bottom. CH3-CH2--CH=CH2. You forgot to add the last subscript '2' to make the last C atom tetravalent.

[@jimhalpert9803]

Notice much?

[@sheshij64]

@@jimhalpert9803 It is important for chemistry students😂

[@jhilirenubala3747]

Holy!!!!!! Julio Gonzales

[@Madebyeskay]

10:11 is it ethane or methane?

[@hibbertadonikam6815]

In this video... lol, you the exam super hero bro

[@frost_yt876]

13:05 At the last example it should be CH2

[@ericsmith9081]

I’m confused. If as an atoms size decreases, its bond strength increases, then wouldn’t HBr logically have a stronger bond? The more electronegative an atom is, the closer its electrons are pulled to the nucleaus, and thus smaller, so since Br has more electrons than F, wouldn’t Br be smaller than F, and thus Br would have stronger and shorter bonds?

[@nameme6482]

Your understanding about the groups and periods in periodic table is incorrect

[@saram5659]

Br is just a bigger atom than F. It has more electrons so they are in bigger shells around the core. The distance between the core of Br and the core of H are therefor further apart than the cores of F and H in F-H. And it takes less energy to break a shorter bond.

[@pfftttt1234]

F is more electronegative than Br, I think you're confused about that.

[@aemio4717]

@@saram5659 dude it takes more energy to break shorter bond.

[@aemio4717]

No bro In periodic table down the group atomic size increase. that's why Fluorine size is smaller than Bromine. And as fluorine's atomic size is smaller than Br it's electronegativity is higher than Br. Infact, fluorine electronegativity is highest in periodic table. even bond energy and bond strength of F is higher than Br coz as it's smaller in size it requires more energy to break it.

[@marcoguillermo.]

NOICE!

[@haneenalfkhrani312]

why are triple bonds shorter than double bonds?

[@ritikraj1086]

I have a doubt if C triple bond C-H is stronger than C single bond C-H then why C triple bond C-H have acidic hydrogen

[@clover2110]

HOW DID YOU DETERMINE THE VALUE OF BOND LENGTH THO???? 😩

[@andtherefore8076]

It is experimentally determined

[@semihamurat9292]

what is bond lenght of formamide?

[@Pr4gaming501]

I'm confused on how you get that lengths

[@zoriorbit]

oh i see! thats what my teacher wanted to teach...

[@surabhibhatnagar4976]

What's JG?

[@quincyzhang299]

2:25 as the bond length decreases (increases) the bond strength increases. He reads too fast as if he sounds like what in the bracket.

[@vamsienduri4432]

Is-1s ,,,, 2p-2p Which is more bond strength???

[@etb_27]

Assuming by 1s-1s that you mean sigma 1s-1s (ie: head on overlap) and 2p-2p meaning pi 2p-2p overlap (ie: overlap of unhybridized p orbitals, perpendicular to the plane in which the s orbital overlap would be).. ..then "1s-1s" would be stronger. An individual sigma bond is stronger than an individual pi bond

[@motiramanilecture6498]

sound quality is not good but apreciate man

[@gamingresumed1788]

done

[@patriciamaelacson1679]

I like your voice

[@abdofaisal2004]

عااااش

[@surabhibhatnagar4976]

🤓

[@Dontbeanigga]

Ayein !?

[@74dorset]

Can I send you money...or my first born?

[@juhikas7721]

Wtf??

[@sisaypaul8341]

Interesting lecture...I wonder you..your voice is also nice..(i'm Bsc. Holder)