28/06/2013 8mathematical equation only Perfect gas equation PV=RT No derivation, specific heat of engineering substance , SI unit, exact heat of gas at constant amount CV true heat of gas at constant pressure CP , ratio of exact heat ,Mayers relation among CP and CV ,isothermal procedure, adiabatic technique, change among isothermal system and adiabatic method. Topic 4] Optics Specific goals: Calculate refractive index of prism. Determine matlab numerical aperture of optical fiber Refraction of faded : Refraction of monochromatic pale, Snells law, Derivation of prism formula, total inner mirrored image, crucial perspective. Optical fibre: precept, structure of optical fiber, propagation of light wave via optical fibre, derivation of numerical aperture and recognition perspective. Topic 5] Wave movement Specific objectives: Differentiate among transverse waves and longitudinal waves Derive expression for displacement, speed and acceleration of engineering body executing SHM 5. 1 Wave motion : Definition of engineering wave, wave movement, wave pace, wave duration, wave frequency, wave size, vibratory movement, periodic motion, amplitude of engineering vibrating particle, derivation of v = n Simple harmonic movement SHM, examples of SHM, equation of SHM, expression of pace and acceleration of engineering body executing SHM.
Matlab Uint8
28/06/2013 8mathematical equation only Perfect gas equation PV=RT No derivation, specific heat of engineering substance , SI unit, exact heat of gas at constant amount CV true heat of gas at constant pressure CP , ratio of exact heat ,Mayers relation among CP and CV ,isothermal procedure, adiabatic technique, change among isothermal system and adiabatic method. Topic 4] Optics Specific goals: Calculate refractive index of prism. Determine matlab numerical aperture of optical fiber Refraction of faded : Refraction of monochromatic pale, Snells law, Derivation of prism formula, total inner mirrored image, crucial perspective. Optical fibre: precept, structure of optical fiber, propagation of light wave via optical fibre, derivation of numerical aperture and recognition perspective. Topic 5] Wave movement Specific objectives: Differentiate among transverse waves and longitudinal waves Derive expression for displacement, speed and acceleration of engineering body executing SHM 5. 1 Wave motion : Definition of engineering wave, wave movement, wave pace, wave duration, wave frequency, wave size, vibratory movement, periodic motion, amplitude of engineering vibrating particle, derivation of v = n Simple harmonic movement SHM, examples of SHM, equation of SHM, expression of pace and acceleration of engineering body executing SHM.