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@@munish6711 thank you ishaan Glad you liked it ☺️

Thanks 😊

Thank you Aman ☺️

Aluminum when react with steam forms aluminum oxide and hydrogen gas

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👍🏻

Thank you 🙏

correct

Always welcome

🙏 ok mam

Video dekho

Properly

Being a metal its very hard ki ye kisi se electron le so iski valency 6 toh nhi hogi ,but Since it got 2 electrons as you have mentioned its valency is 2 Par ye method iron kai liye sayad work krega as Fe is 2,8,14,2 Aur iron wala case samajhne kai liye hame higher classes ki books 📕 padeni padegi😃

@@Chemenigma sir me higher class me hi hoon bas sir ye ek samjhado to bohot help ho jayegi meri please sir... 🥺❤✨

Iron ki configuration Fe= [Ar] 3d6 4s2 Fe2+ = [Ar] 3d6 4s0 Fe3+ = [Ar] 3d5 4s0 Fe having half filled 3d in +3 os so it will be more stable than fe2+

Fe3+ is more stable than Fe2+ due to its half filled configuration therefore some amount of FeO( again not all FeO ) gets converted into Fe2O3 thus we got both products which is a mixture FeO.Fe2O3

Glad to hear that

Just to show that there will be 3feo formed in the first part but only 2of them will converted into fe2o3

Haan ji pauri garhwal

🤝

thank you ji

Most welcome 😊

There is a little issue in your statement Nh3 have a tetrahedral geometry this is absolutely correct . Nh3 have a pyramidal shape that is also correct But thete is a difference in geometry and shape Geometry(also known as electronic geometry ) is determined by the combination of both bond pair and lone pair while Shape (also known as molecular geometry) is determined only on the basis of bond pairs😊

@@Chemenigma oh I did not know that thanks a lot. You were really helpful 😁

Ha bhai

Dear student , Generally we do the intermixing of orbital along z axis so bond formation will takes place with pz orbital of chlorine , If you are considering the intermixing along x axis then bond formation will takes place with px of chlorine atom Similarly you are considering the intermixing along y axis then bond formation will takes place with py of chlorine atom

@@Chemenigma Aha got it thanks

Thank you ❤️ , suggest any topic you want i will upload it soon.

Hybridisation hamesha central atom ki nikali jati hai , aur ammonia (NH3) molecule mai central atom N hai, isiliye yaha N Ki ground state li hai

Clear?

Thank u so mucH ❣️

aisa bhi nhi hai dost , thank you🙏🙏

Thank you🙂

Good question , the answer is during rusting fe first convert into fe2+ ion then immediately oxidises by Oxygen into fe3+ ion so there in the final product ,we only have fe2o3 and neglegible feO thus fe3o4 not formed during rusting

Thanks for suggestions but there are plenty of reaction from which you wanna begin?

Most welcome pranav, if there is any other content you want then you can comment your topic .