Adiabatic Heating and Cooling | EXPLAINED | Demonstration

[@vrajshah1810]

I was finding an explanation for adiabatic processes but no one explained better than you. Thank you

[@outdooreng4973]

Finally I ve got the point
How does the Diesel engine igniting without spark plugs
Thank you sooooo much

[@araceligaribaldo607]

Great explanation 👌

[@iKissedddddDollly]

Was having a hard time understanding this! This was super helpful. 🙂

[@calebmartin5460]

Glad it helped. It is a complicated topic.

[@bontlemodisane5859]

Well explained. Thank you🙏

[@iphithulephungula8989]

Thank you

[@puckthefens6934]

Thanks! very good explanation, sure did help

[@jimmyjonestodd2556]

Great vid

[@towakosano5796]

Thnx for the lovely video, it helped a lot!

[@anj5639]

This was amazing! Thank you so much!

[@skrishnakumar1989]

Lovely Demo!!!

[@Trollbelly]

Caleb: As I let air out there is less air inside
me: No kidding...

[@amalathar4235]

great explanation!! really appreciate it.

[@Aaron-kq3ul]

Nice video Mr Caleb! - Olive

[@calebmartin5460]

Hey, thank you! :)

[@neverstopwandering7031]

Good one Buddy thnx.

[@maheshsharma-xr4vb]

top class😎

[@johnwoodwell2723]

That's not air in that can, it's difluoroethane, which is a liquid. When you open the valve the liquid evaporates, driven by heat from the can. You are illustrating the phenomenon of latent heat of vaporization, not adiabatic expansion.

[@calebmartin5460]

Thanks for the heads up!

[@muskanmishra5581]

Why compression leads to increase in temperature?

[@calebmartin5460]

Good question. The air has an ambient room temperature at a certain volume. When the volume is rapidly decreased the heat cannot escape and the heat is rapidly "condensed" which causes an increase in temperature.

[@hdckdsadd]

you should explain what happens at molecular levels because your explanation is totally non-intuitive. also you state heat and temperature are the same and then say that heat stays the same but temp drops. wtf