Maxwell-Boltzmann Distributions (Effect of Temperature)

[@rajkumarkhullar2645]

English is not even my first language but you cleared all my doubts which the videos in my native language couldn't.. you really explained it beautifully and easily.. thxx

[@zeynep4511]

Thank you very much 😊. You have a great style of teaching which makes everything crystal clear. Also it might be a bit weird to say this but i really liked how you used actual pen and paper. Have a nice day.

[@lowermiddleclassfamilyname3270]

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[@ANJA-mj1to]

Researching implementation of Fourier spectrim lines and noticed Yours presentation because of graphics. The kinetic energy has Boltzmann distribution but You valuable informed me how to imply Maxwellian distribution of velocity like the big, massiv motion of atoms or molecules in a gas! Valuable content! Paper 📄 ✏️is the best for understending ; when you make study 👏

[@coldflames6900]

Yay Simple and easy video thank you so much

[@luzherrera4463]

So what I get from this is that while average molecule speed increases as temperature increases, density decreases and therefore I should expect a more "loose" gas, right? Correct me if I'm wrong please

[@Drcl120]

Then why not higher the temperature the lower the activation energy