Physics

3.3 Collision balistique sur table à air, mesure de g

3.3 Ballistic collision on an air table, g measurement

3.2 Balistique sans frottement

3.2 Ballistics without friction

3.1 Les lois de Newton

3.1 Newton's laws

2.2 Projections des grandeurs vectorielles

2.2 Projections of vector quantities

2.1 Cinématique du point matériel

2.1 Kinematics of a Particle

14.3 Orbites dans champ électrique, champ magnétique, frottements secs

14.3 Orbits in electric field, magnetic field, dry friction

13.3 Balance de Cavendish, ordres de grandeurs

13.3 Cavendish balance, orders of magnitude

13.2 Loi de la gravitation

13.2 Law of gravitation

12.3 Collisions élastiques, inélastiques, table à air, banc à air et bille magnétique

12.3 Elastic collisions, inelastic collisions, air table, air track and magnetic ball

12.2 Analyse d'une collision élastique

12.2 Analysis of an elastic collision

12.1 Collisions

11.3 Hurler dans un verre, pont de Tacoma, synchronisation des métronomes

11.3 Screaming into a glass, Tacoma Narrows Bridge, synchronization of metronomes

11.1 Potentiel et énergie potentielle

11.1 Potential and potential energy

10.2 Le phénomène de résonance

10.2 The resonance phenomenon

10.1 Puissance, travail, énergie

10.1 Power, work, energy

1.1 Etudier la mécanique

1.1 Studying mechanics

Capacitive Reactance

LCR Circuits

Energy Storage in LC Circuits and Electromagnetic Oscillations

Self-Inductance

Changing Magnetic Flux Produces Electric Field

Using Lenz's Law to Find Direction of Induced Current

Biot-Savart Law Example

Magnetic Torque and Magnetic Dipole Moment

RC Circuits, Charging Capacitors, Discharing Capactiors and Equations

RC Circuits, Charging Capacitors and Equation Derivations

RC Circuits and Discharging Capacitors with Equation Derivations

Parallel Plate Capacitors

Voltage due to Electric Dipoles

The Biodiversity of Science: When Physics and Biology Collide

Electric Dipole and Electric Dipole Moment

Electric Field due to Ring of Charge

Electric Field due to Long Thin Line of Charge

Carnot Engine Efficiency and Carnot's Theorem

Principle of Equipartition of Energy

Adiabatic Expasion with Derivation

Molar Specific Heat for Constant Volume and Constant Pressure

Work by Isothermal, Isovolumetric and Isobaric Processes

Average Translational Kinetic Energy with Derivation

PHYS111 cours bonus (entre le 1 et le 2)

PHYS111 bonus course (between 1 and 2)