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1. Concept of motion 2. Motion of particles in a straight line (use of calculus) 3. Physical quantities - Fundamental and derived units - Standard units - Method of dimensions 4. Vector and scalar quantities - Composition and resolution of vectors - Vector operations 5. Force - Concept of force - types of force - Friction 6. Newton's laws of motion - Inertia, inertial mass - F = ma - Conservation of linear momentum and energy - Collisions 7. Equilibrium of forces - Centre of gravity - Momentum of a force - Couples. B. Conservation principles: 1. Work and energy - Concept of work - Concept of energy - Concept of power - Forms of energy 2. Temperature and heat energy - Thermometers - Effects of heat on matter 3. Thermodynamical energy - Specific latent heat - Specific heat capacity - Thermal capacity 4. Transfer of heat energy - Conduction (thermal conductivity) - Convection - Radiation 5. Properties of gases and gas laws (PV =nRT). C. Field phenomena: 1. Fields - Concept of fields (gravitational, electric and magnetic) - Conservative fields 2. Production and measurement of charges 3. Electric current - Ohm's law - Resistance 4. Electric field - Field strength/lutensity - Work done in a field 5. Electric potentials 6. Capacitance 7. Effects of electricity on matter - Heating effect - Magnetic effect - Chemical effect 8. Electric energy - Energy conversion 9. Basic electrical measurements - Galvanometer, ammeter, voltmeter, potentiometer, wheatstone (meter) bridge 10. Gravitational field - Newton's law of gravitation - Earth's potential - Work done in gravitational field - Escape velocity. D. Wave phenomena 1. Production and orapagation of waves 2. Types of waves - Mathematical representation 3. Light waves - Characteristics - Light rays, light beam - Laws of reflection and refraction - Nature of light (Maxwell's theory) - Speed of light (Foucalt method) 4. Application of light waves - Reflection of light on surfaces - Refraction of light through surfaces - Hygens wave theory 5. Sound waves - Production in strings and pipes - Characteristics - Resonance. E. Quanta: 1. Properties of matter - Density - Specific gravity - Flotation - Pressure in liquids - Surface tension - Viscosity - Elasticity 2. Nature of the atom - Atomic structure 3. Photoelectric effect 4. Photons - Planck's constant - Einstein's photoelectric equation - Energy levels - X-rays 5. Wave - particle duality. Assessment is by assignments and examination. Programmes for which this course is required or in which it can be included: Bachelor of Science Honours in Education/Biology Bachelor of Science Honours in Education/Chemistry Bachelor of Science Honours in Education/Physics. | |||||||||||||||||||
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Date: | 01 September 1992 bb
Source: COSIT Brochure |
© 1999 International Centre for Distance Learning, The Open University