Packing fraction of hexagonal close packing system in three dimension(3D)-Solid State chemistry
#solidstatechemistry
#packingfractionofhcp
#hcp3D
#effectivenumberofatomshcp
#hexagonalclosepacking
#Volumeofhcp
#V=24root2r3
#JEEchemistry
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Пікірлер: 39
very hardworking lady....
Very thanks for u mam 🤝
Thank you mam, you cleared my whole confusion about this topic
great work i couldn't learn it in my classes but you explained it so well that i can make someone understand it
Amaizing video✌👍
v good to listen and learn
Amaizing video !
Amazing explanation..
Gem of an explanation, ma'am! thanks.
thank you so much, mam.a picturesque explanation indeed.
Excellent mam🎉
Thank you so much for your detailed explanation!!! You made it easy to understand.
very good!
Great work!
Good information mem
@bahachandaofficial2
Жыл бұрын
Men Plz Help Mi WhatsApp No
Thank you so much mam❤❤..
BEAUTIFULLU EXPLAINED
@chemistrydemystified9923
3 жыл бұрын
Thank you very much!
Excellent explanation ma'am 🙏
Super
Thanking You very much Mam.
i love u u saved my midterm
Nice ❤
madam u r my hero
God bless you
Thank you very much
💯💯💯
Thank you mam🥰😍
Very great and accurate mam ( actually I got many video but they were doing wrong even though one person answer as 91%😂)
@IMPULSE17
2 жыл бұрын
bro it was of 2d hcp unit cell
@rahuljangid9494
2 жыл бұрын
@@IMPULSE17 no no , she is also going the same 3d only with the same structure
Nice explanation join pw mam ❤️❤️
You are better than my Professor.
Fiinal answer is using π/3√2= 0.604 so paking factor is 60.4 ... But in hcp is 74 ...
@galaxylod9971
10 ай бұрын
i think she made a mistake on area of hexagon should be 3 times root3 divide by 2 times r^2
why is the triangl´s area √3 r^2 and not √3 r^2 /4
@mushfiqahamed
Жыл бұрын
here, r is the radius of the atom, not the length of an arm of the triangle. And length of one arm of triangle is double the radius of atom. So, if you substitute the value of side of a triangle with radius of the atom, the 4 in the bottom got vanished.