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Book Description
Table of Contents
Chapters:
I. Laws of Science
II. Classical Mechanics
III. Heat, Gas, and Thermodynamics
IV. Electromagnetism
V. Optics
VI. Atomic Physics
Appendix:
General Index
Weights and Measures
Physical Constants
Variables Commonly Used in Physics
Setup and Navigation
About
I. Laws of Science
Fluid mechanics
Conservation laws
Gas laws
Einstein''s laws
Newton''s laws
Electromagnetic laws
Thermodynamic laws
Quantum laws
II. Classical Mechanics
Speed
Velocity
Acceleration
Forces; Newton''s Second Law
Energy
Limits of Validity
Rigid Body , Rigid Body Dynamics
Kinematics:
Fundamental equations
Relative motion
Equation of Motion
Coordinate systems
Rotational Motion
Angular Speed ( Frequency )
Angular Velocity
Angular Acceleration
Kepler''s laws of Planetary Motion
Mass
Force , Centripetal Force
Impulse
Newton''s Laws of Motion
Statically Determinate
Momentum:
Angular Momentum
Torque
Mechanical Work
Power
Energy:
Forms of energy
Potential Energy
Kinetic Energy
Gravitation:
Law of Universal Gravitation
Calculated value of g
III. Heat, Gas, and Thermodynamics
Conservation Law:
Conservation of energy
Conservation of linear momentum
Conservation of angular momentum
Conservation of electric charge
Heat
Temperature
Density
Viscosity
Liquid
Pressure
Gas:
Gas Laws
Ideal Gas Law
Boyle''s Law
Charles''s Law
Gay-Lussac''s law
Avogadro''s Law
Combined Gas Law
Thermodynamics ,Thermodynamic potentials
Thermodynamic Temperature:
Celsius
Fahrenheit
Helmholtz Free Energy
Thermodynamic Processes:
Isobaric Process
Isochoric Process
Isothermal Process
Adiabatic Process
Thermodynamic Cycle: Heat Engine
Laws of Thermodynamics:
Zeroth Law
First Law
Second Law
Third Law
Combined Law
Thermodynamic System
Thermodynamic Equilibrium
IV. Electromagnetism
Electricity · Magnetism
Electrostatics:
Electric charge
Coulomb''s law
Electric field
Gauss''s law
Electric potential
Voltage
Electric dipole moment
Magnetostatics:
Ampère''s law
Magnetic field
Magnetic Moment
Classical Electromagnetism:
Electric current
Electrical resistance
Analysis of Resistive Circuits
Ohm''s Law
Current Density
Electric Power
Electrical Energy
Kirchhoff''s Circuit Laws
Lorentz force law
Electromotive force
Electromagnetic induction: Faraday-Lenz law
Displacement current
Maxwell''s equations
Electromagnetic field
Electromagnetic radiation
Electrical Network:
Norton''s Theorem
Thévenin''s Theorem
Electrical Impedance
Electrical conduction
Capacitance
Inductance
Inductor
RLC Circuit
RL Circuit
LC Circuit
V. Optics
Physical optics:
Aberrations
Coherence
Diffraction
Dispersion
Interference
Fermat''s principle
Optical resolution
Angular resolution
Polarization: Polarization angle
Reflection:
Law of Reflection
Lambert''s cosine law
Total internal reflection
...
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