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Chapter 9
Chapter 10
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Chapter 12
Physics
Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9
Chapter 10
Chapter 11
Chapter 12
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Table of contents
Physics
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Physics
Chapter 1
Electrostatics and Magnetostatics
Introduction
Learning program
Electrostatics
Symetries properties of electric and magnetic fields
Gauss' law
Electrostatic Energy
Capacitors
lightning
Yukawa Potential
Magnetostatics
Symetries properties of electric and magnetic fields
Current density vector and intensity
Local Ohm's law
Ampère's circuital law
Uniform rotation of a cylinder evenly charged in volume
Coaxial cable
Multiple choice quiz
Additional lessons
Eletrostatics
Electrostatic dipole
Vector calculus
Magnetostatics
Hall Effect
Additional exercises
Electrostatics
Treatment of water
Charged ring equivalent to a dipole
Electrostatic energy of an electron
To test the understanding of the lesson
magnetostatics
Magnetic field at the center of the Hydrogen atom
To test the understanding of the lesson
Chapter 2
Maxwell's equations
Introduction
Learning program
Local charge conservation law
Density of current and intensity in steady-state
Maxwell's equations
Maxwell's equations in metals, skin effect
Electromagnetic energy review
Skin effect in a metallic conductor plunged in a solenoid
Magnetic energy stored in a coil
Multiple choice quiz
Additionnal lessons
Physical content of Maxwell's equations
Additionnal exercises
Charge of a capacitor and energy review
To test the understanding of the lesson
Chapter 3
Electromagnetic induction
Introduction
Learning programme
Faraday's law
Lenz's law
Light bulb ignition
Electromagnetic levitation
Self-inductance, mutual inductance
Mutual Inductance
The Laplace rails
Magnetic energy of a two-circuits system
Multiple choice quiz
Additionnal lessons
Laplace's force
Power of the induced electromotive force and the Laplace's force
Electro-dynamic loudspeaker principle
Additionnal exercises
Clamp ammeter
Test your understanding of the lesson
Chapter 4
Heat transfer and diffusion of particles
Introduction
Learning program
Fouriers‘s law
Equation of conservation of energy
Equation of heat diffusion
Heat transfers in a cylinder
Thermal resistance
Experimental measurement of a thermal conductivity
Thermal convection
Cooling fin
Temperature wave
Probabilistic approach of scattering
Multiple choice quiz
Additionnal lessons
Thermal transfers methods
Particle scattering
Additional exercises
Steam pipe insulation
A lake freezes
Scattering of peak concentrations
Random walk
To test the understanding of the lesson
Chapter 5
Quantum mechanics
Introduction
Learning program
Photoelectric effect
Planck-Einstein equations
Bohr's model
Heisenberg's indeterminacy equations
Minimum energy of an harmonic oscillator
Schrödinger equation
Particle in an infinite well
Interaction between a proton and a neutron
Quantum tunneling microscope
Multiple choice quiz
Additional lessons
Black-body Radiation
Bohr's model
Additional exercises
Ramsauer effect
Chapter 6
Mechanical point
Introduction
Learning program
Principles of Newtonian mechanics
A few classical applications
Slide
Phase portrait of an oscillator
Motions of charged particles inside electromagnetic fields
Launching conditions of a satellite
The atmosphere braking a satellite
Inertia force, Coriolis force
Non-inertial frame of reference :
Multiple choice quiz
Additional lessons
Kinematics in a frame of reference
Kinematics : changing the frame of reference
Phase portrait
Additional exercises
Coupled oscillators
Black holes
To test the understanding of the lesson
Chapter 7
Fluid Mechanics
Introduction
Learning program
Euler equation
Oscillations in a U-tube
Bernoulli's equation
Emptying of a spherical tank
Navier-Stokes equation
Flow of a viscous fluid on an inclined plane
Reynolds number
Poiseuille flow
Flow viscometer
Multiple choice quiz
Additional lessons
Eulerian and Lagrangian approaches
Particle acceleration
Physical interest of vector operators
Additional exercises
Double Pitot tube
Barrel drilled
To test the understanding of the lesson
Chapter 8
Mechanical waves
Introduction
Learning program
Waves in a string
Reflection on a free mass
Sound propagation in solids
Dispersion on a chain of atoms
Acoustic waves
Influence of viscosity on the propagation of sound
Acoustic impedances
Reflection and transmission of sound waves
Soundproofing
Transmission along an LC network
Multiple choice quiz
Additional lessons
Energy study of sound waves
Additional exercises
A sound propagation model in the air
Waves in a pool
Transversal oscillations of a leaded rope
To test the understanding of the lesson
Chapter 9
Geometrical and waves optics
Introduction
Learning program
Optical path and Malus' theorem
Fermat's principle
Interpretation of mirages
Scalar theory of light, light intensity (illumination)
Experience of Young's slits
Observation of double stars
Temporal coherence and Young slits ; displacement and interference fringes
The Michelson configuration "air blade" ("lame d'air", in french)
Michelson's rays
Diffraction gratings
Multiple choice quiz
Additional lessons
Interference in white light, channeled spectrum - The "colors of Newton" observed with a Michelson
Michelson configuration "air corner" ("coin d'air", in french)
Additional exercises
Lloyd mirror
Malus' theorem, superposition of a plane wave and of a spherical wave
Twyman's interferometer
To test the understanding of the lesson
Chapter 10
Thermodynamics
Introduction
Learning program
Work pressure forces and heat transfer
The first and second laws of thermodynamics
Rüchardt's experience
The thermal machines
Heat pump
First "industrial" law of thermodynamics
State changes of pure substances
Friction and melting of an ice cube
Multiple choice quiz
Additional lessons
Kinetic theory of ideal gas
Additional exercises
Calorimetry with flow rate
Reversible adiabatic oscillations
To test the understanding of the lesson
Chapter 11
Electromagnetic waves
Introduction
Learning program
Electromagnetic waves in vacuum
Electromagnetic wave in vacuum
Speed of propagation of energy
Electromagnetic waves in metals, skin effect
Reflection of an electomagnetic wave on a non perfect metal
Group velocity of a wave packet
Electromagnetic waves in plasmas
Interfaces between two medium
Radiation pressure (corpuscular calculation)
Multiple choice quiz
Additional lessons
Polarization of a monochromatic progressive plane wave
Additional exercises
Reflection of a wave on a "perfect" metal, radiation pressure (wave calculation)
Reflection on a metal
To test the understanding of the lesson
Chapter 12
Electronic
Introduction
Learning program
The voltage and current dividor
Transients RC, RL and RLC circuits
Charging a capacitor with a voltage source
Study of a RLC circuit - Impedances
Power in electrokinetic
Power factor
Linear filtering
Amplifier of Hi-Fi channel
Multiple choice quiz
Additional lessons
Kirchhoff's Current Law (KCL) and Kirchhoff's Voltage Law (KVL)
The characteristics of dipoles
Additional exercises
Digital display thermometer
To test the understanding of the lesson