Physics For Engineers - 2

Covering advanced topics such as fluid dynamics, quantum mechanics, and advanced materials science, this edition offers clear explanations and practical applications relevant to various engineering disciplines. Each chapter includes illustrative examples, sophisticated problem-solving techniques, and in-depth case studies to enhance understanding and retention. By integrating advanced theory with practical insights, readers will be empowered to apply these concepts in cutting-edge engineering challenges and drive innovation in their fields.

• De-broglie Matter Waves
• Introduction To Wave Mechanics
• Paritcle In A 1d-box
• The Schriodinger Equation
• Phase And Group Velocity
• Wave-particle Duality
• Braggs Spectrometer
• Physical Significance Of Wave Function
• Principles Of X-ray Diffraction
• Compton Effect
• Davisson-germer Experiment
• Mutual Inductance
• Magnetism In Matter
• Experimental Verification:compton Effect
• Generation Of Electromagnetic Waves
• Self Inductance
• Time Varying Field
• The Lorentz Force
• Magnetic Field
• Amperes Law
• Biot- Savarts' Law
• Potential Energy Of A Magnetic Dipole
• Poynting Vector
• Diamagnetism:displacement Current
• Torque On A Current Loop In A Uniform Magnetic Field
• Force On A Current Carrying Conductor
• Ferromagnets
• Electromagnetic Waves
• Motion In A Crossed Electric And Magnetic Fields
• Maxwell's Equations
• Vector Potential
• Electromagnetic Induction
• Motional Emf
• The Importance Of Nanoscale
• Meissner Effect
• Type I And Type Ii Superconductors
• Applications Of Nanotechnology
• Bcs Theory And Cooper Pairs
• Introduction: Evidence Of A Phase Transition
• Applications Of Superconductors
• High Tc Superconductors
• Mechanism Of Superconductivity
• The Magnetic Properties Of Superconductors
• Ongoing Research And Development Activities
• Buckyballs
• Sources Of Polarizability
• Dielectric Constant And Polarizability
• Langevins Theory For Diamagnetic Material
• Piezoelectricity
• Acousing Grating
• Langevins Theory Of Paramagnetism
• Ultrasonic Cleaning Applications
• Ultrasonic Production
• Piezoelectric Effect
• Application Of Ultrasonics
• Dielectric Loss
• Ferroelectricity
• Dielectric Constant
• Piezoelectric Generator
• Detection Of Ultrasonic Waves