Dipole Moment, Vectors, & Electronegativity - Organic Chemistry

[@TheOrganicChemistryTutor]

Full 7 Hour Organic Chemistry Exam 1 Video: www.patreon.com/MathScienceTutor Direct Link To The Full Video - Part 1: bit.ly/3R3KPFi Direct Link to The Full Video - Part 2: bit.ly/3XwUg2u PDF Worksheet - 90 Test Questions: bit.ly/3WFBwMU

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[@christinejoylibrando9594]

hope you still make awesome videos in the future. thank you for everything!🫶

[@jonr5624]

This is a certified dipole moment

[@themagnificentsimp2574]

Based and dipole-pilled comment

[@theabomination8206]

You couldn't have been funnier

[@zahraaa59676]

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[@arnav5759]

Its my humble request to you to please arrange your videos of organic chemistry in a playlists with proper sequence of topics to understand and relate the concepts of entire subject well. It is highly needed for me.

[@eyarebekomson9371]

Me too. I don't know which video to start with for dipole moments

[@endogenic9786]

Master, you have saved my life

[@ifw-cris]

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[@Natsukikurosaki98]

I understand this guy 10 times better than my textbook .

[@varun.mina01]

best chemistry teacher 👍👍

[@eyarebekomson9371]

Thank you for your videos. Please is this the first video ? I'm a little bit confused as to which video to start with. Thank you.

[@cutstring]

Really appreciate this, I’m learning organic chemistry in my spare time and dipole moments are a bit confusing for me, especially with larger molecules. Thanks man

[@rik7373]

Thanks, this really helped me!

[@birrueta.j]

Thank you!

[@Nollywood_Stars_Galleries]

Made it before anyone. Thank you sir.

[@MC-lo4ib]

Godbless, we're learning about this right now

[@emmahudson1053]

Thanks! Your videos are always helpful. How do you calculate the dipole moment for compounds of identical atoms, like O3?

[@dumdumacc3928]

hey dude, thanks for everything

[@alanwaterman1328]

Excellent videos.

[@Lucus-ll7qt]

Thank you so much!

[@tahrimasaihahuq6762]

Question- For example D, wouldn't the dipole moment )the y components) pointing downward be greater than the dipole moment pointing upwards, as we are adding two of the together? So even though the directions cancel out, wouldn't the value of the dipole moment pointing downward still be more?

[@Ryryne]

i had that question for A. Did you end up getting an answer?

[@tahrimasaihahuq6762]

@@Ryryne I'm not sure but I think it's also because of the shape. CBr4 is tetrahedral, so the dipole moments cancel out (if you think of it in 3D, they are all pointing at towards the 4 different corners of the shape). For example D (my original confusion), I think they cancel out because it's trigonal planar kind of? Like the three Cl atoms point in opposite directions of the triangle. But also each of the two y component vectors pointing down are probably smaller than the dipole moment pointing up. X and Y components would probably have smaller values than the main vector. I've also seen that for symmetric shapes, if all the outside atoms point toward the different corners and they're all the same atoms, then they cancel each other out (tetrahedral, trigonal pyramidal, etc). These are just my assumptions based on all the different examples, if anyone can verify/correct me, please do!

[@Ryryne]

@@tahrimasaihahuq6762 Wow thank you so much for you response. I have a test tmr about that lol! Wish me luck!

[@harshiljuneja7731]

For d the dipole moment is in vector therefore we take the resultant so it is actuall the resultant of two that cancels out with the third side

[@equix9260]

Does the organic chemistry tutor respond????

[@calesticall128]

That true invector!

[@TOPLEVEL1]

I study everything 💀

[@favourjolayemi2009]

Hi, why did the two negative y-components of example D in question ten cancel only one y-component in the positive direction? I thought we should still have one more negative y-component.

[@ScienceZIUQ]

We don't have one more,it's the summation of the vectors in the negative y axis that cancel out the positive.

[@jryer1]

Ok sorry guys, I'm not a chemist, but I have question, I hope you'all can help me out with, regarding coffee. Here is a list of compounds found in coffee, categorized by groups; Acids and anhydrides, Alkaloids, Alcohols, Amines, Esters, Ketones, Organosulfuric compounds, Phenols, Triglycerides. I noticed the caffeine molecule is among the Alkaloids. My question is; Are all of the compound groups molecularly bound in one HUGE chain? If not, what keeps all these compound groups together, that make up coffee? Thanks in advance!

[@VC-qe1rl]

I honestly have no idea

[@ewertontorres1610]

Teacher, can you help me? In BIF2: This molecule is POLAR or APOLAR? How can i write the shape of this one?

[@AatiqAhamed]

is the bond length 121 pico meter ?

[@arunprasad4190]

Bro this can be done easily by inspection

[@paromita_ghosh]

Why did you write EN value everytimw?

[@DELETLO]

*_This isn’t la class de español_*

[@youssefsanafawy2479]

انت لسه عايش

[@JamesVestal-dz5qm]

Pick C or go to jail this video is way too long

[@franklingomez5311]

It pissed me off that he kept saying "dipole moment".

[@faizmalik3719]

Cause its a video on dipole moment....

[@Radish9]

First Comment

[@szxnv]

:)

[@lovelynature2.09]

Can't understand

[@NiggtyGgty]

For real ?