Physics Without Prior Knowledge: Become an Einstein in 7 days

1.Foreword
2.Basics of mathematics
2.1.Solving equations
2.2.Exponential functions
2.3.Power laws
2.4.Logarithms
2.5.The Greek alphabet
2.6.Sine, cosine, tangent
2.7.Sine and cosine functions:
2.8.Arc sine, arc cosine, arc tangent
2.9.Two-dimensional coordinate system
3.Conventions in physics
3.1.Notation, upper case letters, lower case letters
3.2.Prefixes for a wide dynamic range
3.3.The "Système International d'unités"
3.4.Derived SI units
3.5.Representing differences
4.Movement and acceleration
4.1.The route s
4.2.The time t
4.3.The speed v
4.4.Uniform movements
4.5.Sectional, uniform movement
4.6.The acceleration a
4.7.Uniformly accelerated movement
4.8.The free fall
5.Forces and mechanics
5.1.The mass m
5.2.The momentum p
5.3.Newton's 1st Law - The Principle of Inertia
5.4.2. Newton's law and the force F
5.5.Newton's 3rd Law - Reaction Principle
5.6.Vectors and representation of forces
5.7.Adding forces
5.8.Forces in inclined planes
5.9.Friction
6.Thermodynamics - Heat and Energy
6.1.The temperature
6.2.Linear expansion
6.3.Energy
6.4.The difference between heat and temperature
6.5.Power P
6.6.Law of conservation of energy and efficiency
6.7.Examples of efficiency from everyday life
6.8.Spring force
6.9.Kinetic energy
6.10.Potential energy
6.11.Spring-mass oscillator
7.Electrical engineering - current, voltage and co
7.1.The stream-water model
7.2.Atoms, electrons, protons
7.3.Why do some materials conduct electricity?
7.4.The electric field E
7.5.Representation of E-fields
7.6.The force in the electric field
7.7.The electrical potential and the voltage U
7.8.The current I
7.9.Technical and physical current direction
7.10.The magnetic field
7.11.Elementary magnets
7.12.Displaying magnetic fields
7.13.Electromagnetism
7.14.Induction law
7.15.Magnetic flux and induction
7.16.The Lenz Rule
7.17.The Lorentz force
7.18.The direction of the Lorentz force, the three-finger rule
7.19.Overview: E-field and B-field
8.Mechanical and electromagnetic waves
8.1.Properties of waves
8.2.The Doppler effect
8.3.Electromagnetic waves
8.4.The speed of light c
9.Optics - light and refraction
9.1.Light - an electromagnetic wave
9.2.Refraction
9.3.Reflection
9.4.Total reflection
9.5.Refraction through lenses
10.Nuclear physics
10.1.The atomic number Z
10.2.Isotopes
10.3.Radioactive decay
10.4.Alpha radiation
10.5.Beta radiation
10.6.Gamma radiation
10.7.Half-life
11.Theory of relativity
11.1.Relativity and inertial systems
11.2.Time dilation
11.3.The twin paradox:
11.4.Length contraction
11.5.Newton's simplification in everyday life
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