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Engineering Physics CSE 1st Year
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EP0: Engineering Physics For B.Tech. Student | Relativistic Mechanics | Overview to Engg Physics
Engineering Physics CSE 1st Year
1
EP1: Enginerring Physics| Relativistic Mechanics | Frame of reference| Postulates of STR
Engineering Physics CSE 1st Year
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EP2: Galilean Transformation Equation for Position Velocity & Acceleration | Relativistic Mechanics
Engineering Physics CSE 1st Year
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EP3: Michelson Morley Experiment and its Outcome | Explanation of Negative Result
Engineering Physics CSE 1st Year
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EP4: Lorentz Transformation Equation Derivation | Special Theory of Relativity
Engineering Physics CSE 1st Year
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EP5: Length Contraction | Length Contraction Formula: Definition, Concept | Enginerring Physics
Engineering Physics CSE 1st Year
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EP6: Time Dilation in Relativistic Mechanics | Time Dilation in Special Theory of Relativity
Engineering Physics CSE 1st Year
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EP7: Time Dilation is Real Effect | Time Dilation in Special Theory of Relativity
Engineering Physics CSE 1st Year
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EP8: Relativistic Addition of Velocities | Velocity Addition Theorem
Engineering Physics CSE 1st Year
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EP9: Variation of Mass with Velocity | Relativistic Variation of Mass with Velocity
Engineering Physics CSE 1st Year
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EP10: Einstein Mass-Energy Relation | Relativistic Relation Between Energy and Momentum
Engineering Physics CSE 1st Year
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EP12: Time Dilation Solved Numericals | Special Theory of Relativity
Engineering Physics CSE 1st Year
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EP13: Velocity Addition Theorem Solved Numerical and Examples| Relativistic Addition of Velocities
Engineering Physics CSE 1st Year
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EP14: Solved Numericals Based on Variation of Mass with Velocity
Engineering Physics CSE 1st Year
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Phy18: Electromagnetic Field Theory| Maxwell‟s equations in vacuum and in nonconducting medium
Engineering Physics CSE 1st Year
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Phy19: Electromagnetic Field Theory| maxwell's fourth equation of electromagnetism |maxwell's theory
Engineering Physics CSE 1st Year
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Phy17: Electromagnetic Field Theory | Continuity equation for current density | ENGINEERING PHYSICS
Engineering Physics CSE 1st Year
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Phy20: Electromagnetic wave Equation in free space | Maxwell's eq in free space, derivation
Engineering Physics CSE 1st Year
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Phy22: Poynting vector and Poynting theorem | Engineering Physics | B.Tech 1st Year
Engineering Physics CSE 1st Year
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Phy24: Quantum Mechanics | Black body radiation,Stefans law,Wiens law, Rayleigh-Jeans and Planck law
Engineering Physics CSE 1st Year
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Phy39: Fibre Optics & Laser | Introduction to fibre optics | Engineering physics Tech 1st Year
Engineering Physics CSE 1st Year
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Phy40: Fibre Optics & Laser | acceptance angle in optical fiber |acceptance cone| Numerical aperture
Engineering Physics CSE 1st Year
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Phy41: Classification of fibre | Types of optical fibers |basis of Refractive Index, Number of Modes
Engineering Physics CSE 1st Year
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Phy42: Attenuation and Dispersion in optical fibres |Attenuation in optical fiber|Engineering physic
Engineering Physics CSE 1st Year
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Phy44: Introduction to Laser | Characteristics of Laser| Laser | Types and Components of Laser
Engineering Physics CSE 1st Year
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Phy45: Einsteins coefficients | Absorption of radiation, Spontaneous stimulated emission ofradiation
Engineering Physics CSE 1st Year
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Phy46: Ruby Laser | Ruby Laser Definition | Construction and Working of Ruby Laser
Engineering Physics CSE 1st Year
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Phy43: Dispersion in optical fibres | Intermodal Dispersion | intramodal dispersion
Engineering Physics CSE 1st Year
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Phy47: He-Ne Laser | Helium-Neon Lasers | He-Ne Laser Construction and operation
Engineering Physics CSE 1st Year
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