FR
EN
ThermochimieSciences de base 4 (STPI)
8ECTS (EU)
2Coefficient
32:00Hours
Séquencement
Learning objectives
The purpose of this module is to describe, model and predict physical (especially state) and chemical transformations in simple cases, and to calculate the associated energy balance.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Chemistry | Physics - Chemistry 1 | S1 |
| Thermodynamics 1 | Optional Constitutive Elements 1 | S1 |
| Chemistry 2 | Optional Constitutive Elements 1 | S1 |
| Thermodynamics | Physics - Chemistry 2 | S2 |
Program
Chemical potential and free enthalpy
- Definitions
- Expressions of chemical potential
- Concept of activity Balance condition of a component in several phases
- Reminders and supplements on changes in the state of a pure body
- binary mixtures Thermodynamics of the chemical reaction
- Response and state change sizes
- Standard reaction sizes
- ΔRG - Chemical affinity
- Chemical balance and thermodynamic equilibrium constant
- Balance displacements Links to material properties
Assessment
Continuous table control
References
- H Prepa "Thermochemistry" Ed Hachette.
Skills
7| Ref. | Verb | Description | Level |
|---|---|---|---|
| C_1_1 | describe | a system having one or more phases | 2 |
| C_1_1 | define | thermodynamic state functions U, H, F, G | 1 |
| C_1_1 | describe | The equilibrium conditions of a physical-chemical system | 2 |
| C_1_2 | describe | evolution of a binary system with temperature | 2 |
| C_1_2 | choose | a material meeting a simple specification | 2 |
| C_1_3 | calculate | the composition of a physico-chemical system at equilibrium from defined initial conditions | 2 |
| C_1_3 | calculate | a released energy, a final temperature, for a given physico-chemical transformation | 2 |