Lewis Structure of SO4(2-) (Sulfate) CORRECT

[@thehigherevolutionary]

This video was posted in 2013, but in 2021 - It's helping me to fully ingest some key points I missed when I first took gen-chem in undergrad. Thank you.

[@theunderdogstg808]

Bro can u tell me how many lone and bond pairs are present in so4^2-

[@goldengamer5256]

So do i 🤣😇🥰

[@easyfoodrecipes.]

@@theunderdogstg808 bond pair = 6 Lone pair = 10

[@AnshuEXCEL]

Now 2023 😮

[@AngelBagel03]

@@AnshuEXCELnow 2024

[@miarathjens6937]

This is ABSOLUTELY the ONLY video I have ever seen that completely explains formal charges in resonance structures!!!!!! THANK YOU THANK YOU THANK YOU. I could cry of happiness :')

[@PatrickBusch0]

You're an excellent teacher. Thanks for breaking this down step by step and using such clear language! :)

[@shawol373]

You're the only one that made this make sense! Thank you so much

[@s.madheshkrishna3352]

Oh finally, a sigh of relief. That was a great explanation!

[@mcordier]

I'm French and you're my chem savior. Thank you, thank you, THANK YOU.

[@kamaldeka3005]

Hey, thank you so much. You don't know how great your help have been during these lockdown days. I pray that you are safe. Thanks for showing it step by step. I couldn't grasp in my class and I was very scared to ask the teacher. I can't thank you enough for this.

[@chemistNATE]

Self teaching is getting huge right now. Thanks for the encouragement.

[@cubexworld1709]

Anyone Here In 2024

[@Anonymous_16-m9h]

🙋‍♀️

[@defeatedskeptic311]

For anyone that may be confused, 3rd period elements and beyond can sometimes have their d orbitals become involved in bonding.

[@64hkal]

+DefeatedSkeptic I don't think people learning this have learned about hybridization and pi-bonding with the lone d-orbital yet

[@cuzinjesus6900]

omg, the only video on KZbin to actually explain FC

[@bssgaming5126]

Thanks! This was one of those few videos which was perfect for me. It was crisp and precise and delivered what it had to. Thanks once again.

[@CORPSE77]

OMG, THIS IS THE BESTexplanation video ever and the SMARTEST. Omg, I can't believe how simple and clear it is now for me to understand. THANK YOU

[@meeounadjani3484]

Thank you very much! I wish you were at my college as a Chem tutor you're so helpful!

[@chemistNATE]

meeoun adjani Thanks! What College, and are they hiring? :D

[@sakama40]

+chemistNATE so sulfur has 12 electrons

[@jagritbudhiraja6391]

college? lol i have to study this shit at school

[@downthrownetwork]

Yup Welcome to crazy lol

[@ShoubhitPA2004]

You are the best teacher man. Please continue to help people who had almost given up on chemistry !😊

[@americanbee]

Thank you! I just understood how the formal charges help to get a correct drawing and why.

[@tubluntuntu8632]

One of the easiest way to write Lewis dot structure I have ever found in youtube 👍👍thank you so much sir 🙏

[@woutuuur]

This is amazing. Even though English is not my native language I think this will save my exams

[@sabrinasabrine2246]

Thanks teacher l al from morocco🇲🇦✌️

[@totu7071]

Thank you so much. You helped me understand this when no one else could.

[@alpha27x]

I wish I could get him as my chemistry teacher 😍😍😍

[@dinieadilah4809]

the most accurate explanation ngl love it!!!

[@sarahsalehi8651]

Thank u so muchhh. What my chem teacher didn't!!!

[@j3nnifert]

only video that i've actually understood thank you

[@ParinitaRoyPayel]

Thanks sir, I'm from Bangladesh,,love from my country ❤❤

[@lailakahn826]

omg i finally see the light.. thank you!

[@clwoni1414]

I understood this thanks to you ! Keep up the good work

[@amaramaher3854]

yaaaaaaaaaa

[@hkookh]

This video actually saved my life.. In the today's exam we had that👀

[@mohiniattimani948]

Thank you Sir

[@ananyasukumaran721]

What about dative bond...? Sir I'm from India....I don't see any other videos of you ....but by waching only this video I'm very sure that ur a best chemistry tr.....thank uu sir.....

[@ramtawonks1141]

Super super teaching👍👍👍,thank you so much sir.From Manipur

[@thisisjoel691]

Excellent explaination 💟💟 God bless u sir

[@abhinavarul]

10 year old video and still helping a high schooler like me :3

[@teenieweenied]

Thank you!!! This helped so much! I was always confused as to why the molecules would become a double bond but now it’s all clear. Thanks great teaching :)

[@sarabalhas638]

Wow amazing thank you

[@downthrownetwork]

OMG! So helpful for my biochem undergrad Thank you! :)

[@hamustur]

Thank you so much, this video was only 6 minutes long but it cleared up an hour of confusion I had in class!

[@shivanirathi3198]

You have really cleared my concept

[@banshilal5965]

I am indian ...thank you very much for this video

[@avishkarghodke4205]

THANK YOU SO MUCH! this cleared my doubt especially u even told the formal charge on sulfur

[@tabishbeast8271]

why sulphur has 12 electrons in the outermost shell where u can only have 8 electrons

[@shaifalipruthi2961]

As mentioned by him, sulphur can break the octate rule

[@azadalam9228]

It has 3d orbital which can accommodate more electrons

[@andrewcorrie8936]

Elements in Period 3 and higher (i.e. periods 4, 5..) can "expand the octet". In simple terms, their outer shells can accommodate more than 8 electrons. It happens commonly in P, S, Cl, Br and I

[@meetparmar1104]

Sulphur has valence shell no equal to 3 so it also has 3d orbital in which it can accommodate extra electron

[@eshadoshi5467]

Thank you for the video. I have a question though. Why can't we have 4 double bonds instead and thus only S will have -2 formal charge?

[@TasnimAfi]

the video was uploaded in 2013 but it's about to reach 2025, but it is helpful yet. that's so good.

[@susanan9719]

Good explanation. Easy to understand, thanks. 👍👍

[@mironshokhmukhtorov8845]

thank you for your video!THIS IS REALLY HELPFUL!

[@meganvelcro866]

Your videos help me SO MUCH! THANK YOU!!!!!

[@bara4795]

beautiful explanaition, can i cry now?

[@neverchanging8643]

You explained it in such simple terms thank u so much

[@rahafalsahafi6774]

Im from Saudi Arabia and i wanna say that ur video is the bestttttt thaaaaaaaank u so soooo much😭😭😭😭❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@SharpshotTV]

Very helpful man. Thanks for helping me understand what my instructor didnt. Lol

[@angelinachristine960]

This was so helpful. I cannot thank you enough!

[@WTFisThisN00bDoin]

You said that there was only one resonance structure, Would it not work if any of the two bonds were double bonds? in which case there would be 6 structures that fit.

[@ramirocastillo5647]

great video!! I have a question though... when drawing the lewis structure you put the element with the least electronegativity in the middle? or the most electronegative? my professor told us the most electronegative..?

[@HindJomail_Ilvbty]

THANK YOU I finally get it!

[@yeppy013]

This cleared my understanding of this topic

[@ranahurma92]

thank you, it is very beneficial to prepare petrucci general chemistry chapter 10

[@vickiewilliams9223]

the best I have seen

[@cristianebastos8310]

Amazing!! Você explica muito!!! Thank you!!

[@tranquiduong2210]

you saved my life, thanks!!!

[@nounou2665]

The sulfate ion now does not satisfy the covalency. Sulphate has covalence two, but now in this drawing 4 electron pairs. How is that possible?

[@boydmckiel8320]

I am confused by that also. Has 6 valence electrons but how did he get only 4?

[@tylertoskan8070]

lets go Mr.oldridge aka Chemist Nate

[@LoveDayandAge]

Thorough and very helpful. Thank you!

[@shobharanjan2952]

Excellent 👍

[@johannahenke6736]

finally got it, thank you so much!

[@mik4elln]

I just saw this right now, thank youu

[@shujriz2286]

If we make third oxygen double bond along with the two we have made. Wudnt it further lower the formal charge.. And sulphur can expand octet

[@Ella-ns9ps]

WHYYYY YOU ARE NOT MY TEACHERRRRRRR WHYYYY .. Thank you so so very very much

[@virallobby2133]

When this video was uploaded I was not that tym on earth 😂

[@pornimadongare5408]

I think this video was made for me only ... ty soo much my doubt got clear ty

[@CORPSE77]

I think i love chemistry a little bit now :)

[@eusanagalilee360]

Thank you !!! It's way more clear now !!!

[@siththysalmiya152]

EXCELLENT EXPLANATION 👍👍😃😃

[@markusteuschler9176]

That was a great explanation, thank you!

[@sofiastar9197]

Thank you sir for the excellent explaination

[@salemouail627]

years ago , i watched some of ur videos and aced my chemistry exam , u literally saved my life back then ! :D

[@shailajapaturi1543]

Hi sir, your videos is very much useful, I have doubt that how can we know that the formal charge should be used & also how can we confirm that the picture of sulphur to oxygen in a single bond is correct or wrong, please can you clarify my doubt Thanking you

[@NaimRahman-xp9oq]

you're the best.

[@niluplidissanayake7529]

Finally got it😊😊 Thank u soo much☺☺

[@kiankaveh1158]

bro bless up my teacher is too stupid to explain this

[@AmanSharma-ef9we]

This video is too good

[@LegoMasterMovies123]

You saved me man, God bless you!

[@saraswathidanaseelan6089]

That was awesome 💯👏

[@samataparulekar5679]

Great video it's help me very much !

[@manuellinnenberg]

How is the octetrule fulfilled on the Oxygen and the Sulfur?

[@origamicaptain5664]

umm doesn't a bond count as 2 electrons? If each carbon brought 6 electrons + the bond wouldn't that be 8 electrons?

[@Mandenga100]

So clear❤❤

[@asoal-zaidy5431]

Iam from lraq ,thank you very much 💜

[@itechenthusiast2185]

the two additional electrons are from where?

[@ashrafansari-bd7sh]

nice explanation

[@sarmaboi2073]

Very gamer of you. Thanks.

[@Iinachanel1973k]

Many thanks for this great video! xoxo

[@toastytamster]

this video helped me so much! this makes absolute sense now

[@olusonainioluwa2366]

Thank you so much its helped me a lot

[@brucesteve5532]

so very helpful, thank you

[@ushakhulve6870]

thanks it was really helpful

[@Kaushal--2211]

U say that the formal charge is the number of electrons it brought - the number of electrons it has, but when U calculate that later, the sulphur actually gets a -6 F.C, I am confused ༼;´༎ຶ ۝ ༎ຶ༽

[@klear.k2101]

awesome expliantion

[@Lemunhead1]

Bless you!

[@TheCroniky]

you're amazing. thank you

[@pavithraarumugam5884]

Does this molecule has dative bond?????how???

[@bryanhong4898]

Love this man , u save my life today