Work Done by Gas in Thermodynamics 🔥 | P-V Graphs | Class 11 Physics | JEE NEET MHT-CET
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Work Done by Gas in Thermodynamics 🔥 | P-V Graphs | Class 11 Physics | JEE NEET MHT-CET
109 просмотров · 4 дн. назад
Physics Code
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109 просмотров · 4 дн. назад
Work Done by Gas in Thermodynamics 🔥 | P-V Graphs | Class 11 Physics | JEE NEET MHT-CET
🔥 Work Done by Gas During Change in Volume | Class 11 Physics | JEE • NEET • MHT-CET
In this lecture, we will understand Work Done by a Gas During Change in Volume from the chapter Thermodynamics for Class 11 Physics. Learn the concept of work done using P–V diagrams (Pressure–Volume Graphs) with four important graph-based cases and their solutions.
📚 Topics Covered in This Lecture:
✅ Work Done by a Gas
✅ Work Done During Expansion and Compression
✅ Pressure–Volume (P–V) Curves
✅ Area Under the P–V Graph
✅ Four Important P–V Graphs and Their Solutions
✅ Positive, Negative and Zero Work Done
✅ Constant Pressure (Isobaric Process)
✅ Constant Volume (Isochoric Process)
✅ Thermodynamic Processes and Graph Interpretation
✅ Important Numerical for JEE, NEET & MHT-CET
🔹 Expansion: Work done by the gas is positive.
🔹 Compression: Work done by the gas is negative.
🔹 Constant volume: Work done is zero.
🎯 Useful for:
• Class 11 Physics
• CBSE & State Board
• JEE Main & Advanced
• NEET UG
• MHT-CET
• Thermodynamics revision and numerical practice
📖 Thermodynamics Chapter Keywords:
Thermodynamics Class 11, thermal equilibrium, Zeroth Law of Thermodynamics, First Law of Thermodynamics, internal energy, heat, work, temperature, thermodynamic system, surroundings, open system, closed system, isolated system, state variables, thermodynamic equilibrium, thermodynamic processes, isothermal process, adiabatic process, isobaric process, isochoric process, cyclic process, reversible process, irreversible process, heat capacity, specific heat capacity, molar specific heat, latent heat, ideal gas, equation of state, work done by gas, work done on gas, PV diagram, PV curve, area under PV graph, expansion, compression, heat engine, refrigerator, Carnot engine, efficiency of heat engine.
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