My university courses

This application contains:
Courses and corrected exercises Thermodynamics

Plan

The First Principle
1. Concept of conservation of energy
2. First Principle of Thermodynamics
2.1. Changing the state of a system
2.2. Principle of equivalence
2.3. Internal energy
2.4. First Principle of Thermodynamics for a Closed System
3. Mechanics and Thermodynamics. Principle of conservation of energy

The Second Principle
1. The Second Principle for a Closed System
1.1. States
1.2. Entropy of an isolated closed system
1.3. Notes
1.4. Mathematical Consequences of the First and Second Principles
2. The historical statements of Clausius and Thomson
2.1. Clausius's statement
2.2. Thomson's Statement
3. The causes of irreversibility
Appendix: Some simple reminders of Mechanics




Courses and Execises Corrected Point Mechanics
Kinematics of the material point
Chapter 3: Dynamics of the material point. Strengths.
Chapter 4: Fundamental Theorem. Conservation laws.
Chapter 5: Gravitation and two-body problem.


Courses and corrected executions Geometric Optics
Chapter 1: Laws of Geometric Optics
Chapter 2: Overview of optical systems, mirrors
Chapter 3: thin lenses
Chapter 4: Some Optical Instruments


View All

1 - Intro math reminders on chapter 1
From Official Easycours
2 - Scalar and Vectorial Size

3 - Scalar Field and Vector Field

4 - Coordinate systems

5 - Vector Operations

6 - Scalar product and Product Vector

9 - Electric Charge

10 - Density and distribution of loads

11 - Law of coulomb - Electrostatic force

12 - Law of coulomb - Principle of superposition

13 - Coulomb's Law - Application

14 - Electrostatic Force and Field

15 - Field created by a charged particle

16 - Electrostatic field created by continuous distribution

17 - Electrostatic potential
18 - The Field Lines

19 - Equipotential Surfaces

20 - Introduction On Chapter 3

21 - Flux through a surface

22 - Intro on The Invariances and Symetry Study
23 - The Invariances - Example Infinite Wire

25 - Plan of antisymmetry

26 - The Theorem of Gauss

33 - Introduction on Chapter 4 - Drivers

35 - The Power of Points

38 - Introduction On Chapter 5 - ELECTROCINETICS

Solid mechanics

the chapter

- Vector fields and torsors
- Kinematics of the solid
- Solid Kinetics
- Mechanical connection
- Solid Dynamics
- General theorems

RANDOM VARIABLES AND THEIR CHARACTERISTICS.
Continuous random variable distribution function
Continuous random variables
Law of Bernoulli
Binomial
Normal
Fish Act

Chemical Reactivity
Electromagnetism
Quantum mechanics and relativity
Function series and residue calculation (analysis 4)
Data structure in C
Numerical analysis
Information system and databases
Algorithms and Programming 2
Descriptive statistics and probabilities
Functions of several variables and calculation of multiple integrals (analysis 3)
Structure and States of Matter
Reduction of endomorphisms and quadratic forms (algebra 2)

Integral calculus and differential equation (analysis 2)
Electrical and Electronic Circuit

Polynomes and Space Vector
Mechanics of the point and Geometric Optics
Function of a real variable (Analysis 1)
Semester 1:

Cellular biology

Optics and Radioactivity

Internal Cosmology and Geodynamics

Structure and state of matter

Algebra

Language and Communication 1

Semester 2:

Animal Biology

Thermodynamics / Fluid Mechanics

External Geodynamics

Chemical Reactivity

Analysis

Language and Communication 2

Semester 3:

Plant's biology

electricity

Stratigraphy and Paleo-environment

Organic Chemistry 1

Mineral Chemistry 1

Descriptive Statistics and Probability

Semester 4:

Structural Biochemistry

General Microbiology

Organic Chemistry 2 / Mineral Chemistry 2

Tectonic