28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
Ma'am aprart from the concept of Ionisation enthalpy and atomic radii(!mistakes happen!) the way you taught about the behaviour of d-orbitals of transition elements was very easy to remember!
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
hw 2:29:25
inonisation enthalpy = Sc>Ti>V>Cr>Mn>Fe>Co>Fe>Cu>Zn
atomic radius= Sc>Ti>V>Cr>Mn=Fe>Co>Fe1.71>1.66>1.61>1.56>1.52>1.49
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
43:55 But in NCERT it is given X means “a typical metallic structure” mam
SCVCR>MN=FE=CO=NI
hw ; isonisation enthalpy
Sc< Ti >V Cr >Ma ~Fe ~Co~Ni
1:50:00 wrong...if exchange energy is more then the required ionisation energy also high...
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
H. W order of 3d series i. E scvcrco>ni
43:55 But in NCERT it is given X means “a typical metallic structure” mam
you are teaching so good mam chem queen diksha mam 😁
Guys don't like this video otherwise the cut off will increase (more competition)
@@Ramachandran-px4hu flirting level peak 📈
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
43:55 But in NCERT it is given X means “a typical metallic structure” mam
Thank you so much for your efforts mam !! The session was damn useful ❤❤❤
Ma'am aprart from the concept of Ionisation enthalpy and atomic radii(!mistakes happen!) the way you taught about the behaviour of d-orbitals of transition elements was very easy to remember!
Ionization energy page>>>>>> whole inorganic 😅
You radiate elegance and charm, making your presence truly unforgettable🎉
Really awesome concept of teaching
Thank you so much mam.. When will you electrochemistry?
Amazing session ❤❤❤
And excellent lecture I ever seen.......
1:46:08 IE2>IE1
Mam u said In the table that cr+6 is stable but in next page it is strong oxidizing agent because it is unstable in +6 oxidation state
In ionic state silver has partially filled d orbital
scV
Thank you ma'am
Why d6 exchange is zero😢
Man pls explain p-block also
Thnks a lot ma'am..
Mam kindly check the concepts that u have thought in ionization energy, there are many mistakes please kindly check it
Mam thank you sooo much mam😊
Thank you so much maaam❤❤❤❤
Thank you mam
I'm Diksha mams fan die hard fan 💚💚💚💚💚💚💚
mam you please also teach for jee aspirants in jee english channel mam
Good class
Tq diksha mam❤❤❤
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Ionisation energy❌❌
Its not necessary anni cheptunnaru meku radha
IE: IE1V>CrF~Co~Ni
HW:)
order of 3d series
At.radius=sc>Ti>V>Crco>Nico> Ni
28:24 “ the energy gap between the two set (3d and 4s) of orbital is small enough to prevent electron entering the 3d orbital…..in this line instead of 3d 4s should come right?!?………entering 4s prevented and enters 3d…..please help 😊
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