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فيزياء ميكانيك -أ.حيان

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Mechanics / Review from Eleventh Grade, Part One (0 ⭐)

Mechanics / Review from Grade 11, Part 2 (0 ⭐)

Mechanics / Review from the eleventh grade, part 3 (2 ⭐)

The elastic pendulum / Definition and basic concepts (5 ⭐)

Elastic pendulum / (Kinematic study - Restoration force) (0 ⭐)

The elastic pendulum / Deduction of the nature of the motion of the elastic pendulum (0 ⭐)

The elastic pendulum / (Notes - Application solution) (0 ⭐)

The elastic pendulum (the relationship between uniform circular motion and harmonic motion) (0 ⭐)

Elastic pendulum / (functions of motion - function of amplitude) (0 ⭐)

Elastic pendulum / (functions of motion - velocity function) (0 ⭐)

Elastic pendulum / (functions of motion - acceleration function) (0 ⭐)

The elastic pendulum (using graphs in problems) (0 ⭐)

Elastic pendulum (derivation of mechanical energy) (0 ⭐)

The elastic pendulum (Notes on energy-related problems) (0 ⭐)

The elastic pendulum (solving the lesson's problems) (0 ⭐)

The elastic pendulum (solution to the third problem in the lesson) (0 ⭐)

The elastic pendulum (Notes + Solution to problem four from the lesson) (0 ⭐)

The elastic pendulum (solution to the first and second general problems) (5 ⭐)

Solve the self-test lesson on the elastic pendulum (0 ⭐)

Torsional pendulum (A brief overview of inertial moment calculations + basic concepts) (0 ⭐)

Twisting pendulum (1) (0 ⭐)

Twist pendulum (2) (0 ⭐)

Twist pendulum (3) (0 ⭐)

Torque pendulum (Problem solving part 1) (0 ⭐)

Torsional pendulum (Problem solving part 2 + Test yourself) (0 ⭐)

Torsion pendulum (solution to general problem three) (0 ⭐)

Torsion pendulum (test myself) (0 ⭐)

Gravitational pendulum (non-harmonic vibrations) (0 ⭐)

Gravitational pendulum (a kinematic study of the compound gravitational pendulum) (0 ⭐)

Gravitational pendulum (Definition of a simple gravitational pendulum and deduction of the period relationship) (2 ⭐)

Gravitational pendulum (Notes on problems for the compound gravitational pendulum) (0 ⭐)

The gravitational pendulum (a note on calculating the moment of inertia "Huygens" and solving a problem) (0 ⭐)

Gravitational pendulum (calculating the moment of inertia of a system) (0 ⭐)

Gravitational pendulum (Solving the first and fourth complex problems) (0 ⭐)

The gravitational pendulum (solution to problem five of the lesson) (0 ⭐)

Gravitational pendulum (General solution to problem five) (0 ⭐)

Gravitational pendulum (solution to problems four and six in general) (0 ⭐)

Gravitational pendulum (study of the motion of a simple gravitational pendulum and deduction of the period relationship) (0 ⭐)

Gravitational pendulum (Derivation of the relationship between the speed of a pendulum ball) (0 ⭐)

Gravitational pendulum (Derivation of the relationship between string tension force and notes on problems) (0 ⭐)

Gravitational pendulum (Solving simple gravity problems + Testing myself) (0 ⭐)

Fluid Mechanics (Basic Concepts) (0 ⭐)

Fluid mechanics (continuity equation) (0 ⭐)

Fluid Mechanics (Problem Notes Part 1) (0 ⭐)

Fluid Mechanics (Solving Problems 1 and 3) (0 ⭐)

Mechanics of moving fluids (Bernoulli's equation in steady flow) (0 ⭐)

Fluid mechanics (derivation of Bernoulli's equation) (0 ⭐)

Mechanics of moving fluids (Problem notes, Part 2) (0 ⭐)

Fluid Mechanics (Solving Problem Two - Lesson and Solving Problem Seven - General) (0 ⭐)

Fluid mechanics (applications of Bernoulli's theory) (0 ⭐)

Special relativity (basic concepts and Einstein's two hypotheses) (0 ⭐)

Special relativity (time dilation and solving multiple-choice questions) (0 ⭐)

Special relativity (length contraction and solving the first problem, lesson) (0 ⭐)

Special relativity (total energy in relativistic mechanics) (0 ⭐)

Special Relativity (Solving the application and solving the third problem in the lesson) (0 ⭐)

Special relativity (comprehensiveness of relative mechanics and solution to the second problem) (0 ⭐)

Special Relativity (Test Yourself Solution and General Solution to Problem 8) (0 ⭐)

magnetic

Magnetism (the concept of a magnetic field) (0 ⭐)

Magnetism (Earth's magnetic field) (0 ⭐)

Magnetism (magnetic fields generated by electric currents) (0 ⭐)

Magnetism (the magnetic field produced by a straight current) (0 ⭐)

Magnetism (Remarks on Straight Wire Problems) (0 ⭐)

Magnetism (Solution to problems one and three) (0 ⭐)

Magnetism (the magnetic field generated by a circular current) (0 ⭐)

Magnetism (magnetic field generated by a current in a coil) (0 ⭐)

Magnetism (Notes on circular coil problems) (0 ⭐)

Magnetism (Notes on Shi'a Issues) (0 ⭐)

Magnetism (magnetic flux) (0 ⭐)

Magnetism (change in magnetic flux) (0 ⭐)

Magnetism (Solution to problems two and five, lesson ten, general) (0 ⭐)

Magnetism (Solution to problem four, lesson one, and problem nine, general) (0 ⭐)

Magnetism (explanation of magnetism) (0 ⭐)

Magnetism (Solve problem 11 general and solve the self-test question) (0 ⭐)

action of the magnetic field

The action of the magnetic field (magnetic force) (0 ⭐)

The action of the magnetic field (the vector expression of magnetic force and its components) (0 ⭐)

The action of the magnetic field (Helmholtz coil and deduction of the path radius) (0 ⭐)

The action of the magnetic field (solution to problem 14 general) (0 ⭐)

The action of the field on the current (copper wire experiment) (0 ⭐)

The action of the field on the current (electromagnetic rail experiment) (0 ⭐)

The action of the field on the current (Barlow's wheel experiment) (0 ⭐)

The action of the field on the current (derivation of the electromagnetic force expression) (0 ⭐)

The action of the field on the current (the vector expression of Laplace's law and the elements of force) (0 ⭐)

Field action on the current (Maxwell's theory) (0 ⭐)

Field action in the current (Notes on the two-stroke problems and the solution to the first problem, lesson) (0 ⭐)

The action of the field on the current (solution to problem two, lesson) (0 ⭐)

The action of the field on the current (observations on Barlow's wheel and solution to problem four, lesson) (0 ⭐)

Field action on the current (maximum flow rule) (0 ⭐)

Field action on the current (derivation of the moment of the electromagnetic couple) (0 ⭐)

Field action on the current (moving-frame galvanometer) (0 ⭐)

The action of the field in the current (Question 3 is a lesson and Question 16 is general) (0 ⭐)

The action of the field on the current (General Question 13+15) (0 ⭐)

The action of the field on the current (General Question 12) (0 ⭐)

Field action in the current (Testing myself, Part 1) (0 ⭐)

Field action in the current (Testing myself, Part 2) (0 ⭐)

Electromagnetic induction

Electromagnetic induction (basics you need to know to understand induction) (0 ⭐)

Electromagnetic induction (Faraday's experiments) (0 ⭐)

Electromagnetic induction (Lenz's law) (0 ⭐)

Electromagnetic induction (problem notes) (0 ⭐)

Electromagnetic induction (solving problems one and two, lesson) (0 ⭐)

Electromagnetic induction (electronic explanation of the generation of induced current/two-rail experiment) (0 ⭐)

Electromagnetic induction (Applications of electromagnetic induction "Generator Principle") (0 ⭐)

Electromagnetic induction (solution to problem 3, lesson) (0 ⭐)

Electromagnetic induction (solution to problem four, lesson) (0 ⭐)

Electromagnetic induction (solution to problem 20 general) (0 ⭐)

Electromagnetic induction (the principle of the motor) (0 ⭐)

Electromagnetic induction (balancing the principle of the motor and the principle of the generator) (0 ⭐)

Electromagnetic induction (alternating current generator) (0 ⭐)

Electromagnetic induction (Notes on problems + Solution to problem five, lesson) (0 ⭐)

Electromagnetic induction (solution to problem 21 general) (0 ⭐)

Electromagnetic induction (self-induction) (0 ⭐)

Self-incitement (self-incitement and Shi'ism) (0 ⭐)

Self-induction (electromagnetic energy stored in a coil) (0 ⭐)

Self-induction (Notes on problems + application solution) (0 ⭐)

Solve problems 17 and 18 general (0 ⭐)

Solution to problem 19 (general) (0 ⭐)

I test myself (0 ⭐)

Vibrating circuit

مدخل إلى الدارة المهتزة (0 ⭐)

What does an oscillating circuit consist of? (0 ⭐)

Analytical study of the oscillating circuit (0 ⭐)

Deduction of current intensity (0 ⭐)

Studying energy transformations and deducing total energy (0 ⭐)

Notes on problems and solutions to the solved problem (0 ⭐)

Solve problems one, two, and three (0 ⭐)

Solve problems four and five (0 ⭐)

high voltage currents (0 ⭐)

Test yourself (0 ⭐)

alternating current

Introduction to alternating current (0 ⭐)

Introduction to alternating current, Part 2 (0 ⭐)

Om's Laws, Part 1 (0 ⭐)

AC circuit with pure resistance conversion (0 ⭐)

A current supply circuit containing a negligible resistance coil (0 ⭐)

An alternating current circuit containing a capacitor (0 ⭐)

Solving exercises (0 ⭐)

AC circuit containing a series resistor, intrinsic resistor, and capacitor - Part 1 (0 ⭐)

AC circuit containing a series resistor, intrinsic resistor, and capacitor - Part 2 (0 ⭐)

Notes on Series Circuit Problems, Part 1 (0 ⭐)

Notes on Series Circuit Problems, Part 2 (0 ⭐)

Solve the first and second problems (0 ⭐)

Solve problem five (0 ⭐)

Solve problem 25 in general (0 ⭐)

Summary of addition cases in sequence problems (0 ⭐)

Sub-currents, Part 1 (0 ⭐)

A circuit containing two branches, one resistive and the other self-contained (0 ⭐)

A circuit containing two branches, one a resistor and the other a coil with resistance. (0 ⭐)

Solving the third problem (lesson) (0 ⭐)

Solving the fourth problem, lesson (0 ⭐)

Solve problem 24 in general (0 ⭐)

A circuit containing two branches, one a capacitor and the other a negligible resistor coil (0 ⭐)

Solving problem six, lesson (0 ⭐)

Solve problem 22 general (0 ⭐)

Solve problem 23 in general (0 ⭐)

Solve problem 26 in general (0 ⭐)

Test yourself (0 ⭐)

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