MTG’s ORIGINAL MASPTERPIECE is a series of collection of books that started their journey as best sellers and continue as a chart-topper generation after generation. Even today these books are considered as a masterpiece among the teachers and students fraternity which is passionate about the subject.
The USP of MTG’s ORIGINAL MASTERPIECE Series lies in the fact that the work has been reproduced from the Original artifact and remains as true to the original work as possible.
The full solutions are provided to help students reaching the right answer systematically.
The student will find the book most useful if he uses it actively, that is to say, if he studies the relevant theoretical material carefully before going on to the worked-out solutions, and finally reinforces the newly-acquired knowledge by solving the problems given for independent work. The best results will be obtained when the student, having mastered the theoretical part, immediately attacks the unsolved problems without referring to the text solutions unless in difficulty.
CONTENTS:--
1. Velocity
Parallelogram of Velocities
Relative Velocity
Angular Velocity
2. Acceleration..
Parallelogram of Accelerations
Relations between u, f, v, s, and t.
Graphic Method
3. Motion Under Gravity
Galileo’s Experiment.
Motion down a smooth inclined plane
Lines of quickest descent
4. The Laws of Motion
The relation P = mf
Physical Independence of Forces
Parallelogram of Forces
5. The Laws of Motion (Continued).
Application to Simple Problems
Motion of two particles connected by a string.
Motion on a rough inclined plane
Atwood’s Machine..
6. Impulse, Work and Energy.
Motion of a shot and gun.
Conservation of Energy
Motion of the centre of inertia of a system of particles.
7. Projectiles.
Range on an inclined plane.
Theoretical Proof that the path is a parabola.
Experimental Proof.
8. Collision of Elastic Bodies.
Impact on a fixed plane.
Direct impact of two spheres.
Oblique impact of two spheres
Loss of Kinetic Energy by Impact
9. The Hodograph and Normal Accelerations
The Conical Pendulum..
Motion of a railway carriage on a curved portion
of the railway line.
Rotating sphere.
10. Motion on a Smooth Curve Under the Action of Gravity.
Galileo’s Experiment.
Motion on the outside of a vertical circle.
Motion in a vertical circle.
Newton’s Experimental Law.
11. Simple Harmonic Motion, Pendulums.
Time of oscillation of a simple pendulum.
Experimental Verification.
Determination of g by means of a simple pendulum.
12. Units and Dimensions.
Verification of formulae by means of counting the dimensions.
Table of Dimensions and Values of Fundamental
Quantities.
13. Vectors.
Miscellaneous Examples.
Answers
