THERMODYNAMIQUE ✅ 1er principe + Équation différentielle 🎯 Exercice BAC ✅ Terminale Spécialité

🎯 Complete Baccalaureate Exam Practice with Solutions! ✅ Newton's Phenomenological Law, First Law of Thermodynamics, Internal Energy, Methods 🔎 Chapters 00:00 | 2023 Baccalaureate Exam Practice - How Long Before Hypothermia? 00:25 | 1) Dissipated Power and Thermal Energy 01:28 | 2) Heat Transfer and Flux 02:08 | 3) First Law of Thermodynamics 03:30 | 4) Differential Equation: METHOD! Newton's Phenomenological Law 05:33 | 5) Dimensional Analysis + Numerical Application 06:48 | 6) 7) Solution of the differential equation ▶️ Playlist 💪 THERMODYNAMICS (Ideal gas, first law, ΔU = W + Q) 🟠 Senior Year (Specialty):    • THERMODYNAMIQUE (Gaz parfait, premier prin...   Downloadable exercise (PDF): https://www.labolycee.org/combien-de-... 📝 Senior Year (Specialty) Curriculum: Internal energy of a system. Microscopic aspects. List the different microscopic contributions to the internal energy of a system. First law of thermodynamics. Heat transfer, work. Predict the direction of heat transfer. In an energy balance, distinguish between the term corresponding to the change in the system's energy and the terms corresponding to energy transfers between the system and its surroundings. Heat capacity of an incompressible system. Internal energy of an incompressible system. Use the expression for the change in internal energy of an incompressible system as a function of its heat capacity and the change in its temperature to perform an energy balance. Conduct an energy analysis of a thermodynamic system. Modes of heat transfer. Heat flux. Thermal resistance. Qualitatively characterize the three modes of heat transfer: conduction, convection, and radiation. Use the relationship between heat flux, thermal resistance, and temperature difference, given the expression for thermal resistance.