Classical Mechanics handwritten notes pdf for 5th Semester

Classical Mechanics handwritten notes pdf for 5th Semester BS PHYSICS course

The given pdf contains handwritten pdf notes  for course of Classical Mechanics  for BS/MSC PHYSICS courses. Every topic is well explained and written in beautiful manner . Notes are written in easy language for the better understanding of students. You people can download it in pdf form for free and can  get benefits from it in your studies.

TOPICS COVERED IN GIVEN PDF

 

Linear motion

Conservative force

Conservation of energy/ Law of conservation of energy

Damping

The damped oscillator

Large damping

Characteristics time

Small damping

Relaxation time

Quality factor Q

Critical damping

Response time                           

Relaxation time phenomena

Oscillator under simple periodic force

Resonance

General periodic force

Impulsive force; Green function method

Collision problems

Elastic collision

Plastic/In elastic collision

 

Energy and angular momentum

Energy; Conservative force

Work done by particle

Curl of conservative force

Projectile/projectile motion

Trajectory of Projectile

Moment and angular momentum

Show that dJ/dt = G

Show that  J=Iw                             

Central force ; Conservation of angular momentum

The Calculus of Variation

Geodesic on plane

Hamilton’s Principle

Langrangian equation

Langrangian equation for Hamilton’s Principle

Derivation of newton 2nd law from Langrangian equation

Application of Langrangian (Simple pendulum), (Atwood machine )

 

Central Conservative force

Central forces

Isotropic Harmonic Oscillator

Conservation of angular momentum

Conservation of energy

The conservation laws

The inverse square law

Escape velocity

Elliptic orbits

Scattering cross-section

Mean free path

Rutherford scattering

 

Rotating Frames

Frame of reference ( Inertial & non- inertial )

Angular velocity

Particle in uniform magnetic field

Acceleration apparent gravity

Coriolis force

Larmor effect                     

Angular momentum and Larmor effect

Foucault’s pendulum

 

Potential theory

Gravitational potential

Electrostatic potential

The dipole and Quadropole

Spherical charge distribution

Expansion of potential at large distance

 

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