Thermodynamics One Shot | MHTCET 2026 | Full Chapter | Important Concepts + ALL PYQs |Prof. AKC Sir
🔥 MHTCET 2025 | Thermodynamics One Shot | Physics Academy by Prof. AKC Sir🔥 This one-shot video covers every important topic and previous-year question asked in MHT-CET Physics. Perfect for Class 12 & MHT-CET 2025/2026 aspirants who want clear concepts, smart tricks, and exam-MHTCET 2025 Physics. Includes all important concepts, formulas, and previous year questions (PYQs) from 2020–2025 with detailed explanation and tricks. Topics Covered: • Zeroth, First & Second Laws of Thermodynamics • Isothermal, Adiabatic & Isochoric Processes • Heat, Work, and Internal Energy • Cp, Cv and γ (Gamma Relation) • Work done in different processes • Carnot Engine & Efficiency • Heat Transfer and Conceptual Questions 00:00 – Introduction to Thermodynamics (MHT-CET 2025) 02:00 – Basic terms: System, Surroundings, Variables (MHT-CET 2025) 05:00 – Work, Heat & Internal Energy Concept (MHT-CET 2025) 07:00 – First Law of Thermodynamics (MHT-CET 2025) 10:30 – Types of Thermodynamic Processes (MHT-CET 2025) 13:00 – Isothermal, Isobaric, Isochoric, Adiabatic Explained (MHT-CET 2025) 16:30 – PV Diagram and Work under Curve (MHT-CET 2025) 20:00 – Reversible & Irreversible Process (MHT-CET 2025) 25:00 – Work in Different Processes (MHT-CET 2025) 30:00 – Work in Isothermal & Adiabatic Process (MHT-CET 2025) 35:00 – Relation Between Pressure, Volume & Temperature (MHT-CET 2025) 40:00 – Comparison of Thermodynamic Processes (MHT-CET 2025) 45:30 – Area under Curve in PV Diagram (MHT-CET 2025) 50:00 – Heat, Work & Internal Energy Relation (MHT-CET 2025) 55:00 – Graphical Comparison of All Processes (MHT-CET 2025) 57:00 – Numericals on Adiabatic & Isothermal Process (MHT-CET 2025) 1:05:00 – Adiabatic Relation & Pressure Change (MHT-CET 2025) 1:10:00 – Specific Heat Zero Condition (MHT-CET 2025) 1:15:00 – Isobaric & Isochoric Process Numericals (MHT-CET 2025) 1:25:00 – Cyclic Process & Internal Energy Change (MHT-CET 2025) 1:30:00 – Shortcut for VP² Constant Law (MHT-CET 2025) 1:40:00 – Pressure–Temperature Relation Tricks (MHT-CET 2025) 1:50:00 – Ratio of Work, Heat & Internal Energy (MHT-CET 2025) 2:00:00 – Adiabatic Compression & Temperature Rise (MHT-CET 2025) 2:10:00 – Monoatomic & Diatomic Gas Numericals (MHT-CET 2025) 2:25:00 – Free Expansion & Zero Work Concept (MHT-CET 2025) 2:35:00 – Process with No Heat Exchange (MHT-CET 2025) 2:50:00 – Carnot Engine & PV Cycle Introduction (MHT-CET 2025) 3:00:00 – PT Diagram & Work from Graph (MHT-CET 2025) 3:05:00 – Cyclic Process Temperature Data (MHT-CET 2025) 3:10:00 – Work Done in Complete Cycle (MHT-CET 2025) 3:12:00 – Final Work Answer Discussion (MHT-CET 2025) 3:13:00 – Second Law of Thermodynamics (MHT-CET 2025) 3:15:00 – Kelvin–Planck & Clausius Statements (MHT-CET 2025) 3:18:00 – Heat Engine Concept & Efficiency (MHT-CET 2025) 3:21:00 – Heat Pump & Refrigerator Working (MHT-CET 2025) 3:24:00 – COP (Coefficient of Performance) Explained (MHT-CET 2025) 3:27:00 – Relation Between Efficiency & COP (MHT-CET 2025) 3:31:00 – Numerical: Efficiency When Temperature Changes (MHT-CET 2025) 3:34:00 – Source Temperature Calculation (MHT-CET 2025) 3:39:00 – Source & Sink Temperature Found (MHT-CET 2024) 3:43:00 – Derivation η = 1 / (β + 1) (MHT-CET 2024) 3:46:00 – Carnot Cycle First Operation (MHT-CET 2024) 3:48:00 – Heat Engine Numerical Final (MHT-CET 2024) 3:49:30 – Summary of Thermodynamics Full Chapter (MHT-CET 2025) 3:50:04 – End & Thank You Note (MHT-CET 2025) Complete Thermodynamics chapter explained in the most simple and exam-oriented way for Perfect for MHTCET 2025 revision and concept clarity. Best video lecture by Prof. AKC Sir (Physics Academy) for quick last-minute preparation!#Thermodynamics #MHTCET2025 #MHTCET2026 #PhysicsAcademy #AKCSir #PhysicsLecture #ThermodynamicsClass12 #MHTCETPhysics #FirstLawOfThermodynamics #CarnotEngine #HeatEngine #AdiabaticProcess #IsothermalProcess #RefrigeratorConcept #HeatPump #SecondLawOfThermodynamics #PVdiagram #ThermodynamicsNumericals #MHTCETPreparation #MHTCETStrategy
