Fourier's law of heat conduction

This video talks about
1. Fourier's law of heat conduction
2. lattice vibrations
3. electron interactions
4. coefficient of thermal conductivity

[@KrishnaBaokar]

Very easy to understand 👍

[@harshitgupta4238]

Best video for physical understanding of phenomena

[@KrishnaBaokar]

Very nice and informative animations 👍

[@sabinayeasmin7514]

Very easy to understand
And very helpful
Thank you sir 🥰🥰

[@vinamratasingh9567]

Nice explanation Thank you☺

[@sajadmir9492]

nice explanation

[@md.shameemhossain7394]

Thank you very much for the nice explanation.

[@payelkumbhakar6337]

Very nice explanation 😊
Good job

[@milembeelasto7667]

Great work. Thank you!

[@محمدطالب-ظ8ط]

wow... awesome explanation!

[@himagiri1770]

Awesome man.👏👏

[@androidtrickshacks7378]

thnx

[@nawaf8099]

Amazing explanation 🌹

[@tahataha1408]

thank you sir!!! very informative

[@androidtrickshacks7378]

Pretty helpful

[@ismailsheikh5599]

easy to understand

[@muhammadsuleman9060]

At 3.26 seconds, the attoms are moving during heat transfer but it must not move rather transfer heat by vibration only.

[@AvezSharIQ]

I meant to show the motion of electrons. Of course, I agree that atoms don't move during conduction heat transfer

[@rajeshsaha6183]

wow

[@subhswaroop4885]

is it possible to obtain 0 k

[@AvezSharIQ]

Practically we can't. To make all particles stationary, we have to completely remove the energy it has. Since no machine has 100% efficiency, or, no machine can just take all energy from the particles and deliver all that energy to another heat reservoir, it can't be done.