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PHYSICS, Openstax - College physics (Introduction: the nature of science…
PHYSICS
Openstax - College physics
Introduction: the nature of science and physics
Kinematics
Two-dimensional kinematics
Dynamics: force and newton's laws of motion
Further applications of newton's laws: friction, drag, and elasticity
Uniform circular motion and gravitation
Work, energy, and energy resources
Linear momentum and collisions
Statics and torque
Rotational motion and angular momentum
Fluid statics
Fluid dynamics and its biological and medical applications
Temperature kinetic theory, and the gas laws
Heat and heat transfer methods
Thermodynamics
Oscillatory motion and waves
Physics of hearing
Electric charge and electric field
Electric potential and electric field
Electric current, resistance, ad ohm's law
Circuits and DC instruments
Magnetism
Electromagnetic induction, AC circuits, and electrical techonologies
Electromagnetic waves
Geometric optics
Vision and optical instruments
Wave optics
Special relativity
Introduction to quantum physics
Atomic physics
Radioactivity and nuclear physics
Medical applications of nuclear physics
Particle physics
Frontiers of physics
A. Atomic masses
B. Selected radioactive isotopes
C. Useful information
D. Glossary of key symbols and notation
Openstax - University physics 1
Mechanics
Units of measurement
Vectors
Motion along a straight line
Motion in two and three dimensions
Newton's laws of motion
Applications of newton's laws
Work and kinetic energy
Potential energy and conservation of energy
Linear momentum and collisions
Fixed-axis rotation
Angular momentum
Static equilibrium and elasticity
Gravitation
Fluid mechanics
Waves and acoustics
Oscillations
Waves
Sound
A. Units
B. Conversion factors
C. Fundamental constants
D. Astronomical data
E. Mathematical formulas
F. Chemistry
G. The greek alphabet
Openstax - University physics 2
Thermodynamics
Temperature and heat
The kinetic theory of gases
The first law of thermodynamics
The second law of thermodynamics
Electricity and magnetism
Electric charges and fields
Gauss's law
Electric potential
Capacitance
Current and resistance
Direct-current circuits
Magnetic forces and fields
Sources of magnetic fields
Elctromagnetic induction
Inductance
Alternating-current circuits
Electromagnetic waves
A. Units
B. Conversion factors
C. Fundamental costants
D. Astronomical data
E. Mathematical formulas
F. Chemistry
G. The greek alphabet
Openstax - University physics 3
Optics
The nature of light
Geometric optics and image formation
Interferance
Diffraction
Modern physics
Relativity
Photons and matter waves
Quantum mechanics
Atomic structure
Condensed matter physics
Nuclear physics
Particle physics and cosmology
A. Units
B. Conversion factors
C. Fundamental costants
D. Astronomical data
E. Mathematical formulas
F. Chemistry
G. The greek alphabet