Mechanics

Mechanics is one of the main branches of physics which deals with the study and behavior of physical bodies when subjected to different types of forces or displacement, and the subsequent effect of bodies on the environment.

Types of mechanics

There are two main types of mechanics:

• Classical mechanics
• Quantum mechanics

Classical mechanics deals with the study of macroscopic objects while quantum mechanics deals with the study of microscopic objects.

Types of classical mechanics

Classical mechanics further divided into three types which are:

• Kinematics
• Statics
• Dynamics

Mechanics is divided into further given chapters please click the following links to study the required chapters or topics .you can get basic, easy, and advance concepts  from oxscience.com

• Mechanics
• Kinematics
  • Speed with Examples
  • Velocity Examples
  • Acceleration formula
  • kinematic Equations
  • different types of motion
  • projectile motion equations
  • Difference between speed and velocity 
  • Difference between uniform and non-uniform motion
  • The first equation of motion derivation
  • The second equation of motion derivation
  • Third equation of motion derivation by graphical method
  • Value of acceleration due to gravity
  • Difference between speed and acceleration
  • Difference between distance and displacement
  • Difference between velocity and acceleration
• Dynamics
  • Types of forces
  • Newton’s laws of motion
  • Newton’s first law of motion examples
  • Newton’s second law of motion examples
  • Difference between mass and weight
  • Newton’s third law of motion examples
  • Law of conservation of momentum with examples
  • Types of friction
  • Difference between centre of mass and centre of gravity
  • Difference between conservative and non conservative forces
  • Difference between centripetal and centrifugal force
  • Difference between force and pressure
• Gravitation
  • gravity
  • Kepler’s laws of planetary motion
  • Mass of the earth
  • Artificial gravity formula
  • Relation between escape velocity and orbital velocity
  • gravitational potential energy
• Work & Energy
  • forms of energy 
  • kinetic energy examples
  • potential energy examples
  • Difference between kinetic energy and potential energy
  • work energy theorem derivation
  • energy sources
  • renewable energy sources
  • Difference between renewable and non renewable energy sources
  • conservation of mechanical energy
  • solar energy
  • work definition in physics
  • Relation between power force and velocity
  • Difference between instantaneous and average power
• Turning Effect of Forces
  • turning effect of forces
  • states of equilibrium
  • conditions of equilibrium
  • Difference between stable, unstable, and neutral equilibrium
• Collisions
  • Collision and its types
  • Difference between elastic and inelastic collision
• Fluid dynamics
  • Fluid mechanics
    • Equation of continuity  derivation
    • Bernoulli Equation  derivation and applications
    • viscosity and its applications
    • pressure in liquids formula
    • pascal law formula and its applications
    • Archimedes principle and law of floatation
• Special Theory of Relativity postulates
• Exploring space
  • benefits of Space exploration
  • The life cycle of Stars
  • Difference between artificial and natural Satellites
  • Galaxies

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