Thermodynamics | Numerical | Isothermal and Adiabatic Process | Work done скачать в хорошем качестве

Thermodynamics | Numerical | Isothermal and Adiabatic Process | Work done

The video focuses on thermodynamics, specifically the calculation of work done in isothermal and adiabatic processes, and the application of the first law of thermodynamics (2:23). Here's a breakdown of the key topics: Internal Energy Calculation (0:53): The video begins by calculating internal energy at different points (I, B, F) to set up problems. Work Done in Isochoric Process (3:16): It explains that in an isochoric process (constant volume), the work done is zero (3:51). Work Done in Isobaric Process (4:37): The video then discusses the isobaric process (constant pressure) and how to calculate work done when volume changes. Adiabatic Gas Equation Derivation (9:17): The instructor derives various forms of the adiabatic gas equation (P, V, T relations) and emphasizes remembering the core formula: PV^γ = constant (9:52). Work Done in Adiabatic Process (14:30): A detailed derivation of the work done formula for an adiabatic process is provided (15:08), concluding with different expressions based on pressure, volume, and temperature (19:24, 20:34). Work Done in Isothermal Process (22:16): The video also covers the derivation of the work done formula for an isothermal process (22:40), where temperature remains constant. Summary of Work Done in Different Processes (25:39): The video concludes by summarizing the work done in adiabatic, isothermal, isobaric, and isochoric processes, noting that work done is zero in an isochoric process due to constant volume.#physics​ #physicsclass​ #learnphysics​ #physicslecture​ #physicsconcept​ #physicsstudy​ #physicslearning​ #physicseducation​ #physicsforstudents​ #physicslover​#education​ #study​ #studymotivation​ #learning​ #onlinelearning​ #studygram​ #studytips​ #studymaterial​ #conceptlearning​ #smartstudy​