Course
General Information
| Course Id | FIS414019 |
| Course | Thermodynamics |
| Curriculum | S1 FISIKA 2020 |
| Credit | 2 |
| Course Type | compulsory |
| Description | THIS COURSE STUDIES TEMPERATURE, NAMELY MACROSCOPIC VIEW, MICROSCOPIC VIEW, SCOPE OF THERMODYNAMICS, THERMAL EQUILIBRIUM AND THE CONCEPT OF TEMPERATURE; SIMPLE THERMODYNAMIC SYSTEMS NAMELY, STATE EQUATIONS, DIFFERENTIAL CHANGE OF STATE, MATHEMATICAL THEOREM, INTENSIVE AND EXTENSION QUANTITIES; WORK THAT IS, WORK IN QUASI-STATIC PROCESSES, WORK IN QUASI-STATIC PROCESSES AND WORK IN SIMPLE SYSTEMS; HEAT AND THE FIRST LAW OF THERMODYNAMICS; HYDROSTATIC SYSTEM EQUATIONS, NAMELY, HEAT CONDUCTOR THERMAL CONDUCTIVITY, STEFAN-BOLTZMAN LAW; IDEAL GAS, NAMELY, INTERNAL ENERGY OF GAS, IDEAL GAS EQUATION, TS DIAGRAM, CARNOT CYCLE, APPLICATION OF THE ENTROPY PRINCIPLE; ENTHALPY AND ENERGY NAMELY, ENTHALPY, HELMHOLTZ AND GIBBS FUNCTION, MAXWELL EQUATION, T DS EQUATION, ENERGY EQUATION; PHASE CHANGES NAMELY, THE CLAPEYRON EQUATION, MELTING AND EVAPORATION, SUBLIMATION; KIRCHOFF'S EQUATION; GAMMA FUNCTION IN THERMODYNAMIC SOLVING, GAMMA FUNCTION; THE APPLICATION OF THE GAMMA FUNCTION IN THE MAXWELL DISTRIBUTION, NAMELY, THE APPLICATION OF THE GAMMA FUNCTION; STATISTICAL MECHANICS, BOSE-EINSTEIN STATISTICS, FERMI-DIRAC STATISTICS AND MAXWELL-BOLTZMANN STATISTICS. |