SOLUTION TO MILLMAN'S THEOREM (Application)

MILLMAN'S THEOREM (PROOF)

SOLVED EXERCISE IN ELECTROSTATICS (LAPLACE THEORY, CHARGE DENSITY)

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Calcul direct du champ électrostatique crée par un disque et deduction du potentiel.

Direct calculation of the electrostatic field created by a circular wire and deduction of the pot...

Direct calculation of the electrostatic field - Infinite wire (+potential)

Radius of Gyration of a Solid Sphere | Solved Exercise | Geometry of Masses

Inertia Tensor | Moments of Inertia | Solved Exercise - Geometry of Masses

Maximum contraction value of a spring | Solved exercise

ELECTROSTATICS | YUKAWA MODEL | SOLVED EXERCISE

Atwood Machine | Lagrangian Formalism | Analytical Mechanics | Solved Exercise

DYNAMIC STUDY OF A DOUBLE-DAMPED PENDULUM | Lagrangian Formalism

Lateral surface of a cone - FORMULA PROVEN IN FULL

SOLVED EXERCISE: STATICS OF RIGID BODY

SOLVED STATIC EXERCISE (INCLINED SUPPORT)

CORRECTED exercise: Reactions at supports (Statics of solids - Strength of materials)

STATIC EXERCISE OF RIGID BODY - SOLUTIONS (2 METHODS: LAW OF SINE AND PFS)

Solved exercise: Screwing a robot arm | Kinematics and mechanics of rigid bodies 🧠

Calculating the flux of a vector field | Gauss-Ostrogradsky Theorem - SOLVED EXERCISE 🧠

Circulation Calculation of a Field | Stokes' (or Green's) Theorem - Solved Exercise 💯🧠

Electric field derived from a potential: Solved exercise + Detailed explanations💯

Calculating the curl in all coordinate systems | Vector field - Solved exercise

Calculating divergence in all coordinate systems | SOLVED EXERCISE

Solved exercise: Motion of a disk in non-uniform rotation | Kinematics of a rigid body

Solved exercise: Gradient in Cartesian coordinates: Cylindrical and Spherical. 💯

SOLVED EXERCISE: RIGID BODY KINEMATICS, EULER ANGLES

Solved exercise - Kinematics of a rigid body - a moving disk.

Twisters - Distributed Load - Solved Exercise. 💯

Understanding the fundamentals of Physics is the best thing to do!

Center of gravity of a cone demonstrated - Geometry of masses - Mechanics of solids

Solved exercise: Kinematics of a rigid body – Rolling without slipping

Center of gravity of a semicircle – Geometry of masses (Very easy)

Center of gravity of a triangle explained once and for all! - GEOMETRY OF MASS

What is a non-slip bearing?

Vecteur en Coordonnées Cylindriques - Exercice Détaillé et Corrigé

CORRECTED EXERCISE 🔥 | Center of gravity of a hollow quarter sphere – Geometry of masses.

CORRECTED EXERCISE Torsors (series 02, SOLID MECHANICS, Ex03)

Ultra-Clear Answer Key: Torsors and Solid Mechanics | Exercise 02 Series 02

SOLID MECHANICS — TORSORS: Equiprojective and Resultant Field (Corrected Exercise)

Mécanique du Solide — Nouvelle série d’exercices corrigés sur les Torseurs

Centrally Accelerated Movements Exercise 1-Part 1: Questions 1 to 4

BINET'S 2 FORMULAS (Usefulness and Demonstration): Movements with central acceleration.

CENTRALLY ACCELERATED MOVEMENT, Definitions, explanations and area law

NEVER GIVE UP, THE GOAL REMAINS THE SAME.

Dynamique d'une particule soumise à un potentiel-Formalisme Hamiltonien.

Formalisme Lagrangien -Dynamique d'une particule soumise à un potentiel dans R3- Exercice corrigé

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Équation de d'Alembert : Dynamique d'un pendule simple-Exercice corrigé

Hamiltonian Formalism: Complete Resolution for a Simple Pendulum

Approche Lagrangienne : Dynamique d’un Pendule Simple – Exercice Corrigé

GALILLE ET LA CHUTE DES CORPS

Lignes de Champ et Équipotentielles (coordonnées polaires) : Exercice Corrigé en Électrostatique

Corrected exercise: Calculation of the flux of a vector field in cylindrical coordinates - (Part 01)

Exercice corrigé Calcul de la Charge Électrique Globale dans une Sphère (ELECTROSTATIQUE L1)

Exercice 05 : Déterminer le nombre de degrés de libertés (MECANIQUE ANALYTIQUE )

Exercise 03: Determine the number of degrees of freedom (ANALYTICAL MECHANICS)

Exercice 02 : Déterminer le nombre de degrés de libertés (MECANIQUE ANALYTIQUE)

Exercice 01, Partie 2 : Déterminer le nombre de degrés de libertés. (MECANIQUE ANALYTIQUE)

Exercise 01: Number of degrees of freedom (Part 1/2, ANALYTICAL MECHANICS)