0:28 No, you can't "calculate the density.." at a point. Density is mass per unit volume. A point doesn't have a volume, so it doesn't have a density! You might be able to measure its temperature, but that's only true when your points are more than your thermometer width apart.
such good video, thank you
What a great explanation
easy to understand.thanks
simple and powerfull explanation
Actually knudsen number should be less than 0.01 for a continuum approach. Please edit the number in video. Good explanation
Nice video! Thanks
:D
Thanks
tnx bro.
0:28 No, you can't "calculate the density.." at a point. Density is mass per unit volume. A point doesn't have a volume, so it doesn't have a density! You might be able to measure its temperature, but that's only true when your points are more than your thermometer width apart.
Great and simple explanation 🙌🏻
Thank you for your feedback. You made our day! We look forward to continuing to serve you well :)
Hmmm,
Great 👍 explanation...
But what are the applications of this hypothesis ?
Thank you
We hope you have an amazing experience & learn lots of exciting stuff! :)
👍
giod