Basic Classical Mechanics

Classical Idea about several behavior of System.

What you'll learn

Classical Mechanics deals with the rest and motion of a classical particle or classical system of particles in any frame of reference - inertial or non inertial

This content - Basic Classical Mechanics contains the several classical behavior of system like Projectile Motion, Rocket Motion, Charged Particle Motion ..etc

In this content we also discuss the position of center of mass of the classical system and motion of center of mass. Also here we discuss about impulse of force

Also in this present discussion, we analysis role of angle of repose regarding Frictional Force. Also here we have studied charged particle motion in EM Field.

Requirements

This content ofBasic Classical Mechanics is basically a total discussion on several classical aspect of the system or particle along with the basic discussion of the appearance of Pseudo Force in non inertial frame.

Description

The content - Basic Classical Mechanics is a discussion of several articles regarding several classical behavior of the system. At the starting level, we discuss about the basic idea about velocity and acceleration of the moving particle and the discussion is made extended to the curved motion of the particle from the rectilinear motion. After that we have analyzed about the motion of a projectile and also the motion of a variable mass like Rocket Motion. Here the appearance of several Pseudo force in non inertial frame is also discussed in this content and that is applied to the motion of a particle in a circle. Moreover in this content we have discussed about the impulse of the force for time varying force where the estimation of that impulse of the force is estimated by the change of momentum of the system of particle. Also here the concept of te angle of repose regarding static friction is discussed here and also in this content the motion of a charged particle is discussed in presence of electric filed and magnetic field separately and also in presence of crossed electric and magnetic field. The path described by the particle and the features holds by the particles in these cases are made discussed.       

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 1. Displacement and Velocity of Moving Particle

Lecture 3 2. Elementary Idea of Curved Motion

Lecture 4 3. Tangential and Normal Component of Velocity and Acceleration

Lecture 5 4. Projectile Motion in Resistive Medium

Lecture 6 5. Motion of Variable Mass

Lecture 7 6. Equation of Rocket Motion

Lecture 8 7. Dry Friction

Lecture 9 8. Angle of Repose

Lecture 10 9. Centre of Mass

Lecture 11 10. Motion of Centre of Mass for a given system

Lecture 12 11. Double Atwood Machine

Lecture 13 12. Appearance of Pseudo force in Non inertial Frame

Lecture 14 13. Pseudo Force appeared in Rotating Noninertial Frame

Lecture 15 14. Effect of Coriolis Force on vertically falling body

Lecture 16 15. Impulse of Force and Collision

Lecture 17 16. Classification of Collision

Lecture 18 17. Impact Parameter in Collision Process

Lecture 19 18. Elementary Concept of WPE and Work-Energy Theorem

Lecture 20 19. Motion of Charge Particle in External Electric Field

Lecture 21 20. Motion of Charged Particle in External Magnetic Field

Lecture 22 21. Motion of Charged Particle in Crossed Electromagnetic Field

This article over Basic Classical Mechanics is essential for both Beginners Level as well as for Advanced Level.