Joule Thomson Effect for ideal and Real Gas | J-T coefficient for ideal and Real Gas | Lecture 14

Topic: Joule Thomson effect for real and ideal gas | Joule Thomson Coefficient | Joule Thomson coefficient for Ideal Gas | Joule Thomson Coefficient for Real Gas | Thermodynamics
A complete explanation for the Joule Thomson effect for real and Ideal Gas is provided by calculating the joule Thomson coefficient. Joule Thomson Coefficient is calculated for Ideal Gas. Joule Thomson Coefficient is calculated for Real Gas. This video is a part of a video lecture series on Thermodynamics. This is mainly important for BSc physics #BScPhysic, B.Tech Physics.
This video is a part of a video lecture series on Thermodynamics.
You are learning with Dr. Shaw on #PhysicsLearning
Lecture 1: Helmholtz Free Energy
• Helmholtz Free Energy ...
Lecture 2: Gibbs Free Energy
• Gibbs Free Energy | Th...
Lecture 3: Internal Energy and Enthalpy
• Internal Energy | Enth...
Lecture 4: Maxwell's Relations in thermodynamic
• Maxwell's Relations fo...
Lecture 5: TdS equations in thermodynamic
• TdS equations in therm...
Lecture 6: Cp-Cv relationship
• Cp-Cv relations in the...
Lecture 7: Energy equations in thermodynamic
• Energy Equations in th...
Lecture 8: Joule experiment, free adiabatic expansion of perfect gas, Adiabatic heating, and cooling.
• Joule experiment | Fre...
Lecture 9: Magnetic Work done and Dooling by adiabatic demagnetization
• Cooling by adiabatic D...
Lecture 10: Derivation of Clausius -Clapeyron using Maxwell's Relation
• Clausius Clapeyron eq...
Lecture 11: First order phase transition
• First order phase tran...
Lecture 12: Second Order Phase Transition
• second order phase tra...
Lecture 13: Joule Thomson Effect | Inversion Temperature | J-T Coefficient
• Joule Thomson Effect |...
Link for the important video lecture series
Lecture on the Heat Transfer: conduction of heat
• Heat Transfer: Conduct...
Lecture on Wave motion: Vibration of String
• Wave Motion: Vibration...
Lecture on Wave Optics: Diffraction of Light
• Diffraction of Light

[@MGTOW-nn9ls]

Another epic lecture from Dr Shaw. Thank you Sir

[@PhysicsLearningwithDrShaw]

Glad you enjoyed it!

[@sakethsreeni]

Thanks a lot sir! With Quiz today, I'm watching this

[@PhysicsLearningwithDrShaw]

All the best

[@Someoneelse0900]

Great man

[@aniruddhachakraborty2126]

I am a chemistry student. Otherwise I would have subscribed.

[@PhysicsLearningwithDrShaw]

These words are enough..☺️

[@Someoneelse0900]

Sera

[@gautomdeka581]

Doing very well sir, thank you so much

[@PhysicsLearningwithDrShaw]

Glad to know that.

[@info-hub457]

the best thing about you is that you explain what these weird equations represent while other teachers just teach how we can derive them

[@PhysicsLearningwithDrShaw]

thank you for such nice words.

[@info-hub457]

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[@darmawanfatkurrozi2076]

If we have to detemine Cp component with Antoine equation, wich temperature should we used? Room temperature, inlet temperature, outlet temperature, or mean from inlet and outlet temperature? Btw thanks a lot for sharing ur knowledge

[@subhafinds.2568]

Please complete the syllabus

[@PhysicsLearningwithDrShaw]

There are 14 videos on thermodynamics. These videos are for part 2 of thermodynamics (free energies, Maxwell relations, phase transition, joule Thompson effect etc.). For initial part of thermodynamics please consult videos from other channels because I will not post that videos soon. I am teaching as per my college schedule. Sorry for that.

[@abhisiktadey5084]

Sir can you please upload second law of thermodynamics part ..i.e topics on heat engines , efficiency , refrigerator and coefficient of performance...carnots theorem...

[@PhysicsLearningwithDrShaw]

I will try to upload that part soon.

[@abhisiktadey5084]

@@PhysicsLearningwithDrShaw thank you so much sir

[@aniruddhachakraborty2126]

Very good explanation sir 👍

[@PhysicsLearningwithDrShaw]

Thank you..

[@sabaparveen9255]

Link plz for previous video about that topic

[@PhysicsLearningwithDrShaw]

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[@birudubhaskararao8260]

Sir refrigerator undha syllabus lo

[@Varuarukush]

Thankyou sir

[@kumankumar1210]

Very nice 💐

[@PhysicsLearningwithDrShaw]

Thank you