The course is an advanced level physics course that gives the student the chance to absorb waves with its various properties of reflection, refraction, diffraction, attenuation, resonance, superposition and standing waves. It also allows a hand-on experience with the nature of light through experiments that would help students realize concepts such as blackbody radiation, X-rays and LASERs
Software Engineering bachelor`s degree Program
Serway and Jewett, Physics for Engineers and Scientists, Thomson Brooks/Cole
| content serial | Description |
|---|
| 1 | Heat, Temperature and Temperature scales |
| 2 | Zeroth law of thermodynamics- Thermal Equilibrium – Thermal expansion (linear coefficient, volume coefficient) |
| 3 | Specific heat capacity, Specific latent heat, Q-T diagram |
| 4 | First law of thermodynamics, thermodynamics processes, P-v diagram |
| 5 | Classification of waves, longitudinal, transverse, Electromagnetic spectrum, continuous spectrum (applications and properties) |
| 6 | Properties of light waves (reflection, refraction (Snell’s law), diffraction, dispersion, interference (Young double slits expt.) |
| 7 | Young double slits,expt. |
| 8 | Early Atomic structure models, Hydrogen Atom, Hydrogen atomic spectra, properties of Hydrogen atom spectra |
| 9 | quantum view of light, Definition of quanta, photo-electric Effect, Plank’s constant |
| 10 | Work function, kinetic energy of transmitted electrons from the metal surface and their velocities |
| 11 | Black Body Radiation, Infra-red types |
| 12 | Infra-red-types |
| 13 | Modern physics of X-ray, generation of X-ray, properties of X-ray, Applications of X-ray in real life (medical, industrial,………) Gamma-rays (generation and application,…) in comparison to X-rays |
| 14 | Laser, generation of laser beam, Types of Lasers, properties of Laser light, Applications of lasers. Plasma matter, generation and application in modern life |
| 15 | General Revision |
| 1 | Heat, Temperature and Temperature scales |
| 2 | Zeroth law of thermodynamics- Thermal Equilibrium – Thermal expansion (linear coefficient, volume coefficient) |
| 3 | Specific heat capacity, Specific latent heat, Q-T diagram |
| 4 | First law of thermodynamics, thermodynamics processes, P-v diagram |
| 5 | Classification of waves, longitudinal, transverse, Electromagnetic spectrum, continuous spectrum (applications and properties) |
| 6 | Properties of light waves (reflection, refraction (Snell’s law), diffraction, dispersion, interference (Young double slits expt.) |
| 7 | Young double slits,expt. |
| 8 | Early Atomic structure models, Hydrogen Atom, Hydrogen atomic spectra, properties of Hydrogen atom spectra |
| 9 | quantum view of light, Definition of quanta, photo-electric Effect, Plank’s constant |
| 10 | Work function, kinetic energy of transmitted electrons from the metal surface and their velocities |
| 11 | Black Body Radiation, Infra-red types |
| 12 | Infra-red-types |
| 13 | Modern physics of X-ray, generation of X-ray, properties of X-ray, Applications of X-ray in real life (medical, industrial,………) Gamma-rays (generation and application,…) in comparison to X-rays |
| 14 | Laser, generation of laser beam, Types of Lasers, properties of Laser light, Applications of lasers. Plasma matter, generation and application in modern life |
| 15 | General Revision |
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