Carnot Heat Engines, Efficiency, Refrigerators, Pumps, Entropy, Thermodynamics - Second Law, Physics

This physics tutorial video shows you how to solve problems associated with heat engines, carnot engines, efficiency, work, heat, refrigerators, heat pumps and entropy. It discusses the concepts of the first and second law of thermodynamics. This video contains plenty of examples and practice problems.
Carnot Cycle:
ttps:// • Carnot Cycle & Heat En...
Otto Cycle:
• Otto Cycle of Internal...
Refrigerators and Heat Pumps:
• Refrigerators, Heat Pu...
Entropy:
• Entropy Change For Mel...
Physics 1C Final Exam Review:
• Physics 1C Final Exam ...
_______________________________
Physics 2 - Basic Introduction:
• Physics 2 - Basic Intr...
Electric Charge - Physics:
• Electric Charge - Physics
Conservation of Electric Charge:
• Law of Conservation of...
Coulomb's Law and Electric Force:
• Coulomb's Law - Net El...
Electric Fields:
• Electric Field Due To ...
Electric Dipole Moment:
• Electric Dipole Moment...
_______________________________
Electric Flux:
• Electric Flux, Gauss's...
Gauss Law Problems:
• Gauss Law Problems, In...
Electric Potential:
• Electric Potential
Equipotential Lines:
• Equipotential Lines & ...
The Electron Volt:
• Electron Volt Explaine...
Electric Potential Energy:
• Electric Potential Energy
Physics PDF Worksheets:
www.video-tutor.net/physics-b...

[@TheOrganicChemistryTutor]

Final Exams and Video Playlists: www.video-tutor.net/

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Entropy starts at 56:17

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First of all, WOW!! So helpful! I'm a little confused about the ideal gas problem - So in my ChemE thermo class we talk about the entropy change of an ideal gas as delta S = integral of Cp*dT/T - ln(P/P0)*R. Now this would equal zero for a reversible process, but nowhere in the problem does this say that it is reversible and the only ispentropic processes are reversible and adiabatic. I'm not sure what to think because your reasoning makes sense here but I'm sure if you have an irreversible adiabatic process there's an entropy change, as all irreversible processes have entropy changes. This is quite a thinker...

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[@tartsart2828]

In 19:19, why the unit is J?

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one question 1:10:00 , isn't the net change in entropy of a heat engine affected by the work done by the engine? Is there a differnce between a carnot engine and a regular heat engine?

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what is meant by a jet engine cycle? Is that a measurement over time? by the same token, does a typical reciprocating or piston engine cycle refer to a single intake combustion exhaust cycle? please advise if you know

[@Akshay-bc1pv]

Great video, but I'm a bit confused at 19:14 . It's 154 kW so shouldn't the answer be 13.3 GW rather than MW?

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This is Amazing! What’s the difference between Ql and Qc please?

[@azyle2104]

Ql means heat LOST , Qc means heat from the COLD reservoir or to the COLD reservoir

[@azyle2104]

Lmk if u understand