Engineering Physics-II

About the course

Engineering Physics-II covers Wave Mechanics, Superconductivity of Substances, Nano-Materials, Dielectric and Magnetic Properties of Materials. We also cover basics of Thermodynamics and Ultrasonic. Study of these subjects gives a broader understanding of materials and their characteristics.

What will you learn?

The complete online syllabus of this course comprises 6 Learning Modules | 108 Topics of Learning | 5 Hours of Learning | 37 Assessments

Module

• Wave Mechanics
• Superconductivity and Nanomaterial
• Dielectric and Magnetic Properties of Materials
• Crystal Physics and X rays
• Thermodynamics
• Ultrasonics

Topics of Learning

• Failure of Classical Mechanics
• Quantum Mechanics
• Particle and Wave
• Michelson-Morley Experiment
• Wave Particle Duality of Radiations
• De-Broglie’s Concept of Matter Waves
• De-Broglie Wavelength
• Properties of Matter Waves
• Phase and Group Velocity
• Particle Velocity
• Heisenberg Uncertainty Principle
• Properties of Wave Function
• Schrodinger Time Dependent Wave Equation
• Schrodinger Time Independent Wave Equation
• Schrodinger’s Wave Equation-Particle in 1-D Box
• Energy Eigen Values for a Free Particle
• Superconductivity
• Critical Temperature
• Thermodynamics of Superconductors
• Meissner Effect
• Type I Superconductors
• Type II Superconductors
• London Penetration Depth
• London Equation
• BCS Theory
• Application of Superconductors
• Nanotechnology and Nanomaterials
• Nanoscale
• Basic Element of Nanomaterials
• Classification of Nanomaterials
• Synthesis of Nanomaterials
• Ball Milling
• What is Carbon Nanotube
• Development of Carbon Nanotubes: Arc Method
• Development of Carbon Nanotubes: Laser Ablation Method
• Properties of Carbon Nanotubes
• Properties of nanomaterials
• Application of Nanomaterials
• Introduction to Dielectric Materials
• Dielectric Materials and its Types
• Permittivity and Dielectric Constant
• Polarization and Polarizability
• Electrical Susceptibility
• Electronic Polarization
• Ionic Polarization
• Orientation Polarization
• Space Charge Polarization
• Dielectric Breakdown
• Classification of Magnetic Material
• Fundamental Terms related to Magnetism
• Diamagnetic Materials
• Paramagnetic Materials
• Ferromagnetic Materials
• Magnetostriction
• Magnetic
• Anti-Ferromagnetic Materials
• Ferrimagnetic Materials
• Space Lattice
• Translation Vector
• Bravais Lattices
• Number of Atoms Per Unit Cell
• Coordination Number
• Atomic Radius
• Packing Density
• Miller Indices
• Bremsstrahlung X-rays
• Characteristic X-rays
• Bragg’s Law
• Bragg’s Spectrometer
• Crystallography
• Thermodynamic System and Surrounding
• Macroscopic and Microscopic Approach
• Control Volume and Control Surface
• Concept of Continuum
• Homogenous and Heterogeneous Systems
• Statement of First Law
• Internal Energy
• Enthalpy
• PMM-1
• Heat Transfer: Constant Volume Process
• Heat Transfer: Constant Pressure Process
• Heat Transfer: Isothermal Process
• Heat Transfer: Adiabitic Process
• Heat Transfer: Polytropic Process
• Relation between the Specific Heats and Gas Constants
• Free Expansion
• steady Flow Energy Equations
• Application of Steady Flow Energy Equations
• Unsteady Flow or Transient State
• Thermal Reservoir
• Kelvin Plank Statement of Second Law
• Concept of Heat Engine
• Clausius Statement Of Second Law
• Concept of Refrigerator
• Concept of Heat Pump
• PMM-2
• Equivalence of Second Law Statements
• Carnot Cycle
• Carnot’s Theorem
• Thermodynamic Temperature Scale
• The efficiency of Reversible Heat Engine
• COP of Reversible Refrigerator
• COP of Reversible Heat Pump
• Concept of Entropy and its Physical Meaning
• Clausius Inequality
• Change in Entropy for a Cycle
• Change in Entropy for different Reversible Processes
• Change in Entropy for Irreversible Process
• Ultrasonics
• Piezoelectric Method

For a quick review, please watch our videos here Online Video-Tutorials For Engineering Physics-I