41 CHEMICAL BONDING | BONDING AND ANTIBONDING MOLECULAR ORBITAL | JEE MAIN IIT ADVANCED | CHEMISTRY

[@freefirefunnies1510]

no teacherr ever taught me this topic so clearly.

[@AnandSingh-yc4lf]

But not now even? Or you get it

[@himanshumaurya480]

Sir itne achhe padhate hai ki , Log like karna bhul jate hai. Please everyone like as gurudakshina

[@poorvigupta2230]

Thank you sir for such an amazing explanation🙏

[@princepatidar3918]

YOU(& I) started late but We can still win the race...just have some pateince

[@syedowais835]

Me too bro, All the best

[@achiever6066]

Yes bro we can and we will win.

[@prem4232]

@@achiever6066 how much portion hv u completed

[@PadhleBSDK-164]

@@achiever6066 What is meant by "we" matters. Since it's a race, even if everyone tries their best, majority will still lose.

[@Theshorya1]

20:49 Lol sir jab bhi shi drawing banate hai khush ho jaate hai Op sir thanks

[@srishtisingh4162]

Mains ksa rha?

[@Jee-ek3er]

Direct question was asked from this topic in jee adv 2022.

[@Nothing-op7br]

Ha ,par sir ne sigma 2pz mein 0 nodal plane hai ye kha hai par isme 2 nodal planes hote hai

[@kjiitr]

@@Nothing-op7br bhai sir ne esa nhi kaha h ki 0 nodal plane hai sir ne sirf extra wala dikha diya h abmo wale me, bmo wale me bhi 2 nodes hai jo junction wale point hai vaha pe perpendicular to internuclear axis

[@vivekdhaka2201]

Brilliant 🔥

[@ayanagarwaliitdelhi7662]

12:42 anime ke karan 2x speed par alag hi power ajati hai sir

[@devanshvikram6688]

Which branch in iit d u r?

[@kashyaptandel5212]

2x speed pe anime kon dekhta hai 🗿

[@ChiranjeevJajor13]

sir In Sigma star SPz there will be two nodal planes.

[@amitsingh2782]

Thanks sir

[@Mohitji200]

Thank ❤️💚💚💚💚🧡🧡🧡you ❤️❤️❤️❤️🧡🧡 sir ❤️🧡💛❤️🧡

[@akanshasamal8231]

Sir does inversion line remain the same everywhere??

[@abheekgera1437]

im unsure but inversion line must be a random line through the structure centre which isn't perpendicular to the internuclear axis.

[@roshanjaiswalyt]

a line through MO at angle of 45 degree this is proper def of this inv line

[@S.S.Kashyapa]

Completed on 24 July 2023

[@shiken69420]

Thank you

[@smartlearningwithashishran88]

How r u assigning +&- in lobes?? And what do these indicate. My quantum mechanics is weak

[@antarikshsingh1755]

Quantum mechanics 💀

[@prismatic-bl8qf]

you can assign randomly but they must be according to orbital (s,d,p). They indicate sign of wavae function (no significance)

[@NishantSingh-fn7tq]

@@antarikshsingh1755exactly 🤔🥶

[@Dikku716]

Sir ye kese bana rahe ho aap randomly electron density ghatani hai badhani hai kar ke and +,- sign kese assign kar rahe hai kuch samajh nahi aa raha 🥺

[@scar5511]

Watch atomic structure properly. Still more doubts? Go learn it during graduation.

[@kjiitr]

2022 adv direct qsn

[@shreeanshhota4022]

Sir, please clear my doubt. Why are u considering only pi bond in p_x and p_y

[@abheekgera1437]

because we are considering z axis as internuclear, so they're perpendicular to the internuclear axis and will form pi bonds.

[@nehadhumal7551]

And pz will form sigma bond always, if ina is z

[@Error-td8fm]

Sir But Nodal plane must pass through Nucleus ?? Why you are Considering nodal plane between Nucleus?

[@shiken69420]

If you are talking about the 16:03 , even the plane passing through the nucleus( perpendicular to the internuclear axis) will be a node, because its a p orbital. Sir only considered the plane between the nucleus to explain the concept

[@Ananya-we2fo]

@@shiken69420thankyou for this!

[@ayush_5096]

16:36

[@Agentp_nitbhopal]

🙏

[@Ahmad-lg4tl]

30/05/23 1:40 4:01 6:40 10:25 11:14 12:53 16:26 19:07 20:12 23:07

[@okajima9706]

19:08 yeh to cylindrical symmetry aa gyi

[@jeeaspirant8103]

same doubt re🙂

[@Riya_draws]

@@jeeaspirant8103 did you find the reason?

[@harshuldesai8901]

@@Riya_draws If you rotate it by 180 degrees, you should get the same shape with the same signs. If you rotate that orbital diagram, you'll get opposite signs at the same positions make it cylindrically unsymmetric

[@PriyanshuKumar-dv5wl]

​@@harshuldesai8901same hi to AA rha hai

[@roshanjaiswalyt]

@@PriyanshuKumar-dv5wl phir try kro bro but i think you had tried jee 2024 till now🤭😋

[@PriyankaGupta-el4lj]

Can someone please tell me what is inversion line??

[@prismatic-bl8qf]

it is a line originating from symmetric centre of structure and extending outwards dividing the structure symmetrically. You can check sir's lecture of shape of orbitals.

[@alphaiitd1]

Thanks sir