Mechanics part 2 book pdf
Content Covered
9.Mechanics of rotational motion
Moment of inertia
Angular velocity
Torque
Rotation Of a rigid body about a fixed axis
Angular
momentum
Conservation of angular momentum
Combined translational and rotational motion of a
rigid body
Instantaneous axis of rotation
Uniform pure rolling
Accelerated pure rolling
Angular impulse
Toppling
10.Gravitation
Introduction
Newton's law of gravitation
Acceleration due to gravity
Gravitational field
Gravitational potential
relation between gravitational field and potential
Gravitational potential energy
Binding energy
Motion of Satellites
Kepler's law
11.Simple harmonic motion
Introduction
The causes of oscillation
Kinematics of SHM
Force and energy in SHM
Relations between SHM and uniform circular motion
Basic differential equation of SHM
Method of finding time period of SHM
Vector method of combining two or more SHM in same
direction
12.Elasticity
Introduction
Elasticity
Stress and strain
Hooke's law and the modulus of elasticity
The stress strain curve
Potential energy in a stretched wire
Thermal stresses and strains
13.Fluid mechanics
Definition of fluid
Density of fluid
Pressure in fluid
Pressure difference in accelerating fluids
Archimedes’
principle
Flow of fluids
Bernoulli's equation
Application based on Bernoulli's equation
Viscosity
Stokes law and terminal velocity
Surface tension
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