Beryllium chloride BeCl2 Hybridization shape bond angle IIT JEE NEET 10+2

[@Vijayleeop]

Tommorow is my board exam and today I am here 😅😂

[@AdiChemAdi]

Did you find it useful?

[@Ruthugethu]

Same here😂😅

[@AdiChemAdi]

All the best

[@praneethmatta5139]

Same bros

[@praneethmatta5139]

Today is my exam

[@respectsingles_777]

Very good explanation sir👏

[@AdiChemAdi]

Thank you for the comment. All the best.

[@SankeerthanaGundu]

Good explanation sir. It is very helpful to all

[@AdiChemAdi]

Thank you all the best.

[@NallagattuNagesh-i3x]

hi

[@AdiChemAdi]

Hello

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@purinji_padipom]

Conceptual knowledge is key to victory

[@AdiChemAdi]

yes

[@mrmrbno]

holy shit man... this video is exactly what i need. Like giridhar d said. A video to the plymer state would be awesome.... I finaly understand this fucking shape !! thanks a lot

[@AdiChemAdi]

.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@jaswanthrajugameingff5797]

Impressive....😊

[@AdiChemAdi]

Thanks a lot 😊

[@AdiChemAdi]

Also Watch ua-cam.com/video/JvgX-QNc8gU/v-deo.html for activation energy

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@stoicist123]

U make the concept crystal clear..Thankyou

[@AdiChemAdi]

Thank you. Welcome.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@nageswarapatro5639]

Thanks for making this video sir

[@AdiChemAdi]

It's my pleasure. Thank you. All the best.

[@arshi_gamer954]

thankyou sir very grateful video i have got it

[@AdiChemAdi]

Thank you.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@Divyakrs]

Excellent! One question Sir ----In Water molecule, lone pairs of oxygen atom are shown to create repulsion, thereby affecting overall shape of the molecule. In BeCl2, 1 atom of each chlorine bonds with Be. What happens to the rest of the 6 lone electrons? Why are they not shown to be affecting the molecular shape like how it happened in water molecule? Can you pls help me understand this?

[@AdiChemAdi]

Good question. Yes they repel each other. But already the molecule is linear and the bond angle is maximum (180 degrees). If the bond angle goes up from 180 degrees from one side so that the chlorine atoms go away from each other, then from the other side the bond angle goes down and the chlorine atoms come closer from that side. I think you got it.

[@Divyakrs]

@@AdiChemAdi
That cleared my doubt. 180 degrees is the keypoint. Got it. 👍 Thank you so much!!

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@1hparnab177]

Sir, can u explain how there r 2sp orbitals
Pls reply

[@AdiChemAdi]

one s orbital mix with one p orbital by giving two sp orbitals. The number of hybrid orbitals is equal to the number of pure atomic orbitals undergoing mixing process.

[@TarushiSah]

Superb Explanation sir 😍👏👏

[@AdiChemAdi]

Thank you. All the best.

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.htmlsi=U0mDhXIyX1bytzqJ

[@Lavish_ly]

5:28 Sir, how one excited s and one excited p orbitals can make two sp hybrid orbitals....???

[@AdiChemAdi]

Two atomic orbitals will give two hybrid orbitals

[@Lavish_ly]

@@AdiChemAdi ohh l missed that point.. thank you sir.....

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@mvtechmobiletechnology4598]

Thank you so much sir
Sir can you tell the whole chapter of chemical bonding

[@AdiChemAdi]

Sure...let me know which topic do you want in this chapter?

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@ilay8868]

sir, can you write please the configuration of the electrones orbitals after the atoms make bonds? you said that in the video but you didn't write it...thank you

[@AdiChemAdi]

sorry. I don't follow your query. Configurations after making bonds? I think you are referring to molecular orbitals???

[@shivangisharma3927]

ua-cam.com/video/RxRBr9rDX_8/v-deo.html

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@swamylingala2655]

Very clear explanation sir👏👏

[@AdiChemAdi]

Thank you. Most welcome. All the best.

[@AdiChemAdi]

Also watch ua-cam.com/video/divTeROclaM/v-deo.html

[@arshi_gamer954]

plj make unit 5 chemistry bsc 1 semester video

[@AdiChemAdi]

Topic please.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@hazelskata]

thank you for this video sir. my university chemistry lecture has more than 500 students, the professor cannot answer all our questions. you answered all my questions in this video. i have liked and subscribed.

[@AdiChemAdi]

Most welcome. May I know where are you from? All the best.

[@hazelskata]

@@AdiChemAdi Singapore. University is NTU. thank you!

[@AdiChemAdi]

ok. Also watch - video on Ammonia at: ua-cam.com/video/eFHwu_qtrC8/v-deo.html

[@AdiChemAdi]

Also watch -ua-cam.com/video/divTeROclaM/v-deo.html

[@lavanyamekala]

Sir,how can we write each point lengthy in board exam

[@AdiChemAdi]

Go through www.adichemistry.com/general/chemicalbond/vbt/hybridization-illustrations.html

[@Beautyofnature3465]

thanks a lot.

[@AdiChemAdi]

Most welcome!

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@bonobonoyaa2681]

Thank you ....it was great sir

[@AdiChemAdi]

Most welcome

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@alkasings3318]

sir Pz orbital of Chlorine can overlap overlap along z axis only with sp hybrid orbital or it can overlap along any axis with sp hybrid orbitals

[@AdiChemAdi]

Good question. It is for our convenience we coined them x y and z. For example, x axis for one atom may be z for other atom. It can be any axis provided the overlapping is maximum.

[@alkasings3318]

@@AdiChemAdi Thank you so much for replying Sir, I was not expecting your response. Thanks a lot again! 🙏

[@AdiChemAdi]

You are welcome.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@arshi_gamer954]

sir live class aap kitne baje pdhate hai

[@AdiChemAdi]

Sorry... No online classes...only recorded....

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@anirudhappana7529]

Sir super explanation

[@AdiChemAdi]

Thanks and welcome. All the best. Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@bhoomikajain1132]

Thank u so much it’s so much helpful for me❤

[@AdiChemAdi]

Glad it helped! All the best.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@shri181072]

Excellent. More stable state.

[@AdiChemAdi]

Watch also BeCl2 Bridged Dimer Polymer Structure ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@shri181072]

@@AdiChemAdi sure Sir and thank you for your reference.

[@mahamrehman9647]

Hey sir but I have a confusion that Be will have 4 electrons then it's octet is not complete?why the chlorines are not sharing electrons with the Be then to complete the octet????

[@AdiChemAdi]

Yes. For beryllium, octet is not complete... Therefore becl2 will undergo polymerization to complete octet by accepting electron pairs from chlorine atoms of other molecule. Please go through ua-cam.com/video/94bFbH4o8UA/v-deo.html

[@AdiChemAdi]

Also Watch ua-cam.com/video/JvgX-QNc8gU/v-deo.html for activation energy

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@borakanchana8091]

Chlorine valency 7 innappadu last shell one electron unnappudu 2 times ala bond tho mix avvagaladha say what is true as early as possible

[@AdiChemAdi]

హలో కాంచన. ప్రశ్న క్లియర్ గా లేదు. తెలుగులో టైపు చేయగలవు. క్లోరిన్ వేలేన్సీ 7 ఉన్నప్పుడు మొత్తము 7 ఎలెక్ట్రాన్ లు బంధములో పాల్గొంటాయి.

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@hiramandongare5076]

Sir in Be octate is not complete by single bond. So how it is complete answer🧐🤔

[@hiramandongare5076]

Sir please reply me

[@AdiChemAdi]

In most of the atoms, octet is to be achieved to get more stability. It is an observation. However, there are exceptions to this and one such is beryllium.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@nailasoomro7587]

Why pz orbital oriented horizontally not vertically ?as I have learned px in horizontal line and py and pz were on vertical line ?

[@AdiChemAdi]

It is a personal choice. You can switch between axes depending on the situation.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@srujangoud8446]

Sir can you please tutor me personally?

[@AdiChemAdi]

Hello srujan... Sorry. However you can send your doubts or queries through emails

[@srujangoud8446]

@@AdiChemAdi Thank you sir

[@AdiChemAdi]

Watch ua-cam.com/video/JvgX-QNc8gU/v-deo.html

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@neelavvamathapati8083]

Sir,
How Becl2 shows 50% character in SP hybridization...??? 🤔🤔

[@AdiChemAdi]

Logic is very simple, one s orbital and one p orbital are intermixed. Each contributing equally. That means 1:1 or 50% s character and 50%. p-character.

[@neelavvamathapati8083]

Thank you sir

[@AdiChemAdi]

Most welcome

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Also watch ua-cam.com/video/J7zVhkvXWAg/v-deo.html

[@DhoniJosiah]

What is lewis structure of becl2

[@AdiChemAdi]

I think it is given in the video

[@prernanidhi3817]

It made my concept crystal clear.

[@AdiChemAdi]

Welcome. Glad to hear this.

[@Powerful.Process]

sir mujhe kuch puchna

[@AdiChemAdi]

Sure. You are most welcome. I will try my best.

[@AdiChemAdi]

Also Watch ua-cam.com/video/JvgX-QNc8gU/v-deo.html for activation energy

[@sankar7446]

So the chemical formula of chlorine is F. That is what you wrote in 3:39 sir. Check that

[@AdiChemAdi]

Aha. Thank you. It was carried from previous presentation.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@arulpranauvv6236]

thank u sir

[@AdiChemAdi]

Welcome

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@purinji_padipom]

Sir 1 doubt . In 2nd group magnesium is exceptional having low melting and Boiling point. Please explain why sir

[@AdiChemAdi]

No idea. Not yet a satisfactory explanation was put forwarded.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@عبداللهاحمد-ذ2ل9ر]

But why is this compound considered covalent? Be is a metal and cl is a nonmetal

[@AdiChemAdi]

Be is smaller in size when compared to other alkaline earth metals. The electronegativity difference between chlorine and beryllium is 3.0-1.5=1.5. hene it is polar covalent. Recall that if the difference is less than 1.7 then the bond will have more covalent nature

[@عبداللهاحمد-ذ2ل9ر]

@@AdiChemAdi I understand, thank you♥️

[@AdiChemAdi]

You are most welcome

[@AdiChemAdi]

Also watch ua-cam.com/video/divTeROclaM/v-deo.html

[@giridhard8140]

Sir,if possible can you explain in polymer state,vapour phase as questions are coming like sum of hybrid orbitals in solid, polymer, vapour state in berilyum chloride

[@AdiChemAdi]

May I know exactly what's the question......

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@indraniljana1557]

Thanks for this sp hybridization. pz orbital of 1 Cl atom overlaps with 1 sp hybrid orbital to form sigma bond. My question is why positive lobe of Cl atom and Be atom are overlapped to form sigma bond? Also what's about negative lobe? Why the size of negative lobe is very small compared to positive lobe of the sp hybrid orbital?

[@AdiChemAdi]

Good question. The answer might lie in the mathematical approach that was adopted in developing valence bond theory. Otherwise, you may take bigger one negative and smaller one positive. It is our choice.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@mishamishu8087]

Thx🎉

[@AdiChemAdi]

You're welcome 😊

[@PriyanshuThakur-vh1rl]

Why 2p orbital of cl is connecting with Be instead why not 3p orbital of cl

[@AdiChemAdi]

2p is associated with low energy when compared to 3p

[@PriyanshuThakur-vh1rl]

@@AdiChemAdi But 3p orbital is the outermost orbital?

[@AdiChemAdi]

The aim and object of formation of chemical bond is to get lowest energy as much as possible. hence electrons participating in the bond formation should reside in the orbitals that are associated with lower energy. The inner orbitals are closer to the nucleus and are more attracted... too

[@PriyanshuThakur-vh1rl]

@@AdiChemAdi ok thank you

[@AdiChemAdi]

But 3p orbital is shown in the video. Why do you think 2p is involved?

[@pavanidevi2249]

Thank you sir

[@AdiChemAdi]

Welcome. All the best.

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@VarshaPandrapragada-vv8pz]

And I came to know indian strong accent is my comfort.. 😂like bruh I saw so guys who are going so fast at speed of 120km/hrs

[@AdiChemAdi]

Great to hear from you..... thanks

[@DhoniJosiah]

Sp2 hybridization

[@AdiChemAdi]

?

[@taetae9375]

Can someone say me the bond angle for becl2 in solid form?

[@AdiChemAdi]

tetrahedral arrangement around Be, therefore 109degrees28min

[@taetae9375]

@@AdiChemAdi thank you

[@AdiChemAdi]

Find the structure and hybridization of ClF3 at: ua-cam.com/video/Jlf59prPJnc/v-deo.html

[@yeshu1234]

Today is my board 😂

[@AdiChemAdi]

All the best.....​@allykola9660 all the best. Also watch video on methane at ua-cam.com/video/CtIUM10aRaU/v-deo.html

[@DhoniJosiah]

Sp2 hybridization

[@AdiChemAdi]

Sp in becl2

[@DhoniJosiah]

Sp2 hybridization

[@AdiChemAdi]

Sp