Physics For Engineers - 1

Covering key topics such as mechanics, thermodynamics, electromagnetism, and wave phenomena, this book offers clear explanations and practical applications relevant to various engineering disciplines. Each chapter includes illustrative examples, problem-solving techniques, and real-world case studies to enhance understanding and retention. By integrating theory with practice, readers will be well-equipped to apply these principles in their engineering careers and tackle real-world challenges confidently.

• Randomly Polarized Light
• Polarization Of Light By Reflection
• Elliptically Polarized Light
• Representation Of Polarized Light In Jones Calculus
• Electromagnetic Waves At The Interface Of Two Dielectric Mediums
• Propagation Of Light Through Birefringent Crystal
• Circularly Polarized Light
• Co-ordination Number
• Crystal Systems
• Crystal Structure
• Change Of Polarization At Metallic Surface
• Direction And Planes In A Crystal
• Electromagnetic Spectrum
• Retardation Plate
• Quarter Wave Plate
• Electromagnetic Wave As The Transverse Wave: Phase Factor
• Phenomena Of Double Refraction
• Brewster's Angle
• Fresnel's Equations
• Quantum Mechanics
• Twin Paradox
• Application Of Uncertainty
• Wave Function
• Introduction Of Theory Of Relativity
• Normalisation Of Wave Function
• Applications Of Schrödinger Wave Equation
• Inertial & Non-inertial Frames
• Simultaneity
• Relativistic Energy
• Energy Eigen Values Of A Particle In A Potential Well Of Infinite Depth
• Length Contraction & Time Dilation
• Lorentz Transformation
• Non-inertial Frame And Fictitious Forces
• Relativistic Momentum
• The Postulates Of Special Theory Of Relativity
• Time Independent Schrӧdinger Wave Equation In One Dimension
• Michelson- Morley Experiment
• The Relativistic Addition Of Velocity
• System For Observing Interference Phenomenon: Fresnel Biprism
• Classification Of Interference Phenomenon
• Measurement Of Thickness Of Thin Film
• Intensity Distribution
• Twymann-green Interferometer
• Conditions For Interference
• Interference: Superposition Of Waves
• Newton's Ring
• Superposition Of Waves Of Slightly Different Wavelengths And Frequency: Interference
• Superposition Of Waves With Different Polarization: Interference
• Febry-perot Interferometer
• Engineering Applications Of Interference Phenomenon
• Michelson Interferometer
• Division Of Amplitude
• Classification Of Fringes
• Diffraction By Multiple Slits: Diffraction Grating
• Resolving Power Of Image Forming Systems: Telescope And Microscope
• Optics: Diffraction
• Analysis Of Diffraction Pattern Due To Single Slit
• Diffraction By Double Slit
• Resolving Power Of Grating And Other Image Forming System
• Classes Of Diffraction
• Distribution Of Intensity On Screen
• Intensity Distribution In Diffraction Pattern By Grating
• Lasers
• Types Of Laser
• Einsteins Coefficients
• Applications Of Laser
• Main Features Of Laser
• Ruby Laser
• Helium-neon Laser
• Population Inversion
• Applications Of Laser
• Requisites Of A Laser System
• Condition For Laser Action
• Introduction: Laser
• Relation Between Einstein’s A And B Coefficients
• Spontaneous And Stimulated Emission Of Radiation
• Numerical Aperture
• Fibre Attributes
• Cables Attributes:attenuation
• Holography – Principle Of Recording And Reconstruction Of 3-d Images
• Application Of Holography
• Basic Concepts: Holography
• Signal Loss In Optical Fiber And Dispersion
• Fibre Design Issues
• Optical Fibres Characterstics
• Link Attributes
• Principle Of Holography
• Optical Fiber Communications
• Types Of Fibers:multimode Optical Fibres
• Holography Applications
• Types Of Fibers:single-mode Optical Fibres