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MV 203 APPLIED PHYSICS – II
1. CENTRE OF GRAVITY AND MOMENT OF INERTIA
Momemt of Inertia of simple rigid bodies - Oscillations of rigid bodies - Radius of gyration - Moment of Inertia of rectangular, triangular plates and cylinder.
2. KINEMATICS AND KINETICS OF PARTICLES
Kinematics of particles: Plane, rectilinear motion - time independent motion - Curvilinear motion - rectangular coordinates - projectile motion - normal and tangential coordinates.
Kinetics of particles: Equation of motion - work and energy - potential and Kinetic energy - conservation of energy.
Impulse and Momentum: Impulse and collision - elastic and inelastic collisions - momentum principle - conservation of momentum.
3. FIBER OPTICS
Light wave propragation in optical fibers - types of optical fibers - step index and graded index - Attenuation, distortion and dipersion of light waves in optical fibers - optical fibers for communication - sources, detectors, connectors, couplers receptors and multiplexers - other applications in engineering and medicine.
4. MARINE PHYSICS
Gyroscope, gyroscopic effect, gyro compass, repeaters. SONAR , Echo sounder Ultrasonic: use ultra sound to measure the depth , flaw detection.
5. MODERN PHYSICS
Satellite communication, Submarine cables, RADAR - principles, imaging, X-rays: production of x-rays images - industrial application.
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| Author: Bala 13 Dec 2007 | Member Level: Diamond Points : 1 |
Reference Books:
1. Meriam.J.L. and Kraige, L.G. - Engineering Mechancis (Statics and Dynamics) John Wiley and Sons.
2. Bharikatti.S.S. and Rajasekaran.K.G. -Engineering Mechanics - New Age International (P)Ltd.,
3. Gower.J. - Optical communication system, Prentice - Hall of India (P)Ltd.,
4. Mathur.D.S. - Elements of properties matter, Shyamlal Charitable.
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