Graham's law of Diffusion or Effusion | video in HINDI

nice stuff

[@edupoint.physics]

+NCS Sounds
Thank you for your support.
I am sorry being late on replying.
And as always .... thanks for watching.

[@mdsalmanraghib4253]

Sir i am your biggest fan on youTube, help me in some more videos on bsc thermal physics and oscillation and Wave

[@kaifbiswas7401]

I am Very satisfied of this

[@sharpgyan5322]

Good

[@sandeepvishwakarma6553]

Great👍👍

[@NEET_UG_BRIGHT]

Thank you so much sir ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@anikeshverma979]

Thanks you so much sir for explaining deeply this theory

[@VikramKumarVKB]

sir isme equipartition of energy and maxwells law nahi hai

[@shishodia0000.]

very helpful. Thankyou sir

[@chemistryamazingworld]

nice video.keep it up

[@hafiyarehman3773]

Thank you so much for explain in hindi sir thank you very much

[@amritpandey2600]

thnku so mch sir,,,,,🤗

[@mohammedsrivastava5917]

1) 'same pressure' means the pressure of the gas or the surrounding (atmosphere)?
2) what is rate of effusion? No of effusing molecules per seconds?

[@rajeshsneetandiitjeechemis3068]

th-cam.com/video/utAj6lBP6eA/w-d-xo.html it may useful to you please watch thank you

[@samirahamad8664]

Absolutely fantastic 😍

[@vinayaksharma9518]

you are superb..well explained...

[@nafeesashah5661]

Thanks sir mery pehly concept itna clear nhi tha ab bogya so nice thanks sir

[@mdsalmanraghib4253]

Sir bsc wave and oscillation par video bataiye please

[@edupoint.physics]

I shall try my best.

[@MuhammadKashif-ru6ec]

Nice simple and easy method
Thanks sir

[@anirbanmajumder6587]

Great explaination sir

[@rajm9787]

Is this in jee syllabus

[@gandhipolai861]

Great explanation

[@rakeshmishrachemistryclass3877]

Thanks sir Ji..

[@inspiration-shalinirai5375]

Thank you very much

[@anamikayoutuerup143]

Very very nice

[@syz9741]

nice video and very helpfull thank you so much sir....

[@edupoint.physics]

+Faizan Sayyed
You are welcome.
And..thank you very much for your supportive words.
Ye sab aap sabki duaon ka asar hai.

[@nischalbhandari3797]

Thank you sooo much sirrr

[@rohanmane5691]

very nice

[@mubashirmalik5707]

sir please define between STP and NTP

[@abhijeetkumar5160]

very helpful video thanku so much sir

[@edupoint.physics]

Hello ABHIJEET KUMAR
You are welcome and thanks for your support.
And as always .... thanks for watching.

[@sharpgyan5322]

Good class

[@hiteshsharma5762]

👌👌

[@25chetnapanchal47]

What if we have a room full of chlorine gas with few ml of hydrogen gas then which one will effus faster

[@rajeshsneetandiitjeechemis3068]

th-cam.com/video/utAj6lBP6eA/w-d-xo.html it may useful to you please watch thank you

[@farhanhayat9727]

Sir rate molec mass k root pr q depend krta h?

[@AkashSingh-mn2je]

Good video

[@muhammadirfan9694]

it is not inversely proportional to the square root of molecular mass, it is inversely proportional to the molar mass

[@nishabharti8825]

Defusion of gases in a liquid give one examples

[@CHEMISTRYBYASHISHDHYANI]

Dear diffusion of gases in liquid like dissolving oxygen in water for aquatic animals

[@sky562]

Can I ask out question

[@pathancoat]

awasome video sir please make videos on readioactivity

[@edupoint.physics]

+naveen yadav
Thank you for encouraging.
I am sorry being late on replying.
Yes I shall upload.
And as always .... thanks for watching.

[@dhirajsinha1947]

thnx sir

[@edupoint.physics]

+New sunshine
Welcome....

[@farwachoudary6662]

Sir ye square root k inversely proportional q h just M k inversely proportional q ni..??

[@xyz_124]

Mudda😂🤟

[@uewtv3888]

Guys please help me
The density of a gas of relative molecular mass 28 at a certain temperature is 0.90 kgm-3. The root mean square speed of the gas molecules at that temperature is 602 ms-1. Assuming that the rate of diffusion of a gas is inversely proportional to the square root of its density, calculate the density of the gas standard temperature and pressure if its root mean square speed at is 490 ms-1.

[@chemistrywalagyan8037]

Nice

[@veenadeshmukh9230]

Nice 1

[@edupoint.physics]

Hello !
Thank you and as always ...... thanks for watching.

[@disasiga211]

Yeh toh tough tah...

[@Abhisheksingh0085]

Sir simple Hindi language me btae, gaw ke v Bachha h

[@hiteshsharma5762]

Name = Hitesh Sharma
Trade = L.A.C.P
Ist year
Roll no = 3

[@007acreed]

Plzzzzz upload videos on Quantum mechanic Bsc and Classical Mechanic of Bsc. Plzzzz

[@neededucation]

Pores hota ha poores nahi hote Kon ho ap

[@neededucation]

Bhai Jo mujhay support karta ha too like kars

[@nischaldhungana2879]

worst

[@everythingdoes5309]

But not more than your face 😂😂

[@saurabhkumar-ra2gkhmj]

Nice

[@surajsah8116]

Thank you sir

[@kpeducation3746]

Thanku sir

[@pritideepadas2188]

thanks sir

[@edupoint.physics]

+PRITIDEEPA DAS
You are welcome.

[@gautamg8789]

Thankyou Sir

[@isha_028]

Thanks sir

[@farwachoudary6662]

Sir ye square root k inversely proportional q h just M k inversely proportional q ni..??

[@happyletscrackit3911]

Thankyou sir