Classical Mechanics – 1: Galileo's Principle Of Relativity –A
Duration : 18:26 Year : 1987 Code No.6
CLASSICAL MECHANICS is a thirteen-part series dealing with some concepts of classical physics. This episode deals with such topics as the essentials of the Ptolemic and Copernican systems, Aristotle's Physics and Cosmology and their demolition by Galileo, Galileo's discoveries, his law of falling bodies as well as the method of modern science pioneered by him.
Classical Mechanics - 2 Galileo's Principle Of Relativity – B
Duration : 17:22 Year : 1987 Code No.7+
Part - B deals with Galileo's experiments with pendulums, inclined planes, rough- smooth surfaces, his law of inertial motion in a circle and demonstration of the equivalence of rest and uniform motion as well as the relativity of trajectories and the objective character of physical laws.
Classical Mechanics – 3: Newton's First Law
Duration : 20:19 Year : 1987 Code No.211
The third episode discusses 1) Inertia of rest and motion: 2) Spherical and Euclidean Geometry: 3) Inertial motion in straight lines and 4) difference with Galileo's law of inertia.
Classical Mechanics – 4: Newton's Second Law
Duration : 19:36 Year : 1987 Code No.215
This episode begins with various examples of impressed force in real life and goes on to introduce the second law (impressed force - rate of change of momentum).
Classical Mechanics - 5: Pseudo Forces
Duration : 18:48 Year : 1987 Code No.216
The fifth episode of the series presents familiar examples of the effect of acceleration, deceleration and rotation. Accelerated frames of reference generate 'Pseudo Forces'. These are not associated with proximity of bodies and they do not fall off with distance.
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