Electronegativity and bonding | Structure and bonding | Organic chemistry | Khan Academy

Predicting the molecular dipole moment based on the molecular geometry. Created by Jay.
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Organic Chemistry on Khan Academy: Carbon can form covalent bonds with itself and other elements to create a mind-boggling array of structures. In organic chemistry, we will learn about the reactions chemists use to synthesize crazy carbon based structures, as well as the analytical methods to characterize them. We will also think about how those reactions are occurring on a molecular level with reaction mechanisms. Simply put, organic chemistry is like building with molecular Legos. Let's make some beautiful organic molecules!
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[@david_m157]

This guys my favorite on Khan Academy. Nice to hear a different voice from Sal monopolizing the site! Thank you so much!

[@saphireblade15]

Ok, I feel stupid. I understand everything but how he's actually getting the numbers. I get how it would be 0. However I don't get how he is getting the actual dipole numbers that aren't zero?

[@tilakmadichettitheappdeveloper]

does your graphic tablet automatically calc the values 4 u ?

[@malsurnaik2338]

how did u get the dipole moment without calculation

[@jasonthomas9975]

I have the same question

[@bripiepenbrok8266]

How did you get the dipole moment numbers

[@abhiroopdey]

+Brianna P Experimentally calculated values!

[@keeka428]

Preparing for MCATS after years of being out of school. Your videos are great for reviews!

[@drastichaudhari]

Thank you so much! THis finally makes sense!

[@mamtabamel200]

how to know the series or increasing order of dipole moment of different molecules and how to differentiate b/w their dipole moment???

[@MsCrazybeats]

you are the best,eres el mejor professor

[@kimberlyannnn]

Fantastic explaination! Thank you!

[@samvelaghajanyan4166]

Finally I understand, thanks alot!

[@sourgummyworms99]

You are literally the only reason I might have passed my exam

[@DaveStriderisbetterthanyou]

thanks i understand it a lot more

[@priyeshabsolute]

Thanks a lot. Awesome explaination as always.

[@MohamedSaleh-fx8no]

My greetings form iraq thank u so much professor it works im a pharmacy student , all class of organic chemistry I have learned from your videos was helpful big love , much respect!

[@FatimaAli-qe7xv]

thank alot excellent 😍

[@imlikabaralte1593]

Thank you..

[@tashdidnazafi8953]

this video is just awesome!!!!!!!!!!!!!!

[@lebogangmooketsi2553]

thank youu soo muuchh

[@Zajme]

Thanks a lot dude

[@jasonthomas9975]

How did u get the Value of mu

[@thefirst872]

I get it now.. Thanks bud!

[@rahulthaker694]

the molecule with upward dipole moment is more polar or downward ??

[@russellbrown2990]

thank youuuuu

[@jackinthebox4934]

What if you have the lewis structures of: F | H-C-H and N (double bond) N (double bond) O | F I know this isn't the right lewis structure but its the question

[@masoudamini8013]

F2CH2 is non-polar since the charge separation will cancel each other out. N2O is polar, because O is more electronegative than N.

[@washimchowdhury2524]

Really good explanation

[@sciencenerd7639]

title was supposed to be Molecular Polarity

[@NickNacks32]

Dude this homeschooling stuff really sucks ❌🧢

[@alissajeanfreau7741]

This is very confusing. Doesn't explain why they cancel out and why they don't

[@stayysid]

Where's Sal?