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1. Introduction 1.1. Contents 1.2. Treatment of Mathematical Aspects for Teaching Physics 1.3. Integration of Simulation and Experiment 1.4. Measurements and Units 1.5. Media 1. Introduction (pdf-file)	2. Simulation Tool JavaXYZ General Information User Interface Coordinate System Coordinates in Space 2. Simulation Tool JavaXYZ (pdf-file)
3. Velocity and Acceleration How to Add and Subtract Velocities Velocity in 3 Dimensions Velocity and System of Reference Acceleration Acceleration as Vector 3. Velocity and Acceleration (pdf-file)	4. Concept of Force General Properties Force as Vector Force and Acceleration Newtonian Force, Inertia and Mach´s Principle Force of Inertia Elastic Interaction and Force of Inertia Elastic Interaction - Hook´s Law Force and Velocity (Videos) 4. Concept of Force (pdf-file)
5. Fall and Throw Weight - Weightlessness Law of Gravity Objects in Free Fall - Experiment Drop Distance and Drop Time Free of Weight and Free of Force Vertical Throw Horizontal Throw Inclined Throw Inclined Stick and Ball A Soft Spring Dropping Down Centre of Mass 5. Fall and Throw (pdf-file)	6. Circular Motion Centripetal Force Circulating Objects-Elastic Interaction Objects Moving under Mutual Gravitational Attraction Movement of an Object in the Coulomb Field of a Central Body Movement of an Object in the Gravitational Field of a Central Body A Dropping Apple and the Circulating Moon - a Comparison Circulating Satellites on Different Orbits 6. Circular Motion(pdf-file)
7. Collision Introduction Collision with Realistic Objects Collision with Rigid Bodies - Conservation of Momentum 7. Collision (pdf-file)	8. Acceleration and Deceleration through Gravity How Can a Satellite be Accelerated by a Planet? Conservation of Energy and Momentum Acceleration of a Satellite caused by a Planet 8. Acceleration and Deceleration through Gravity (pdf-file)
9. Exercises with Satellite Orbits Introduction Satellite Orbits in 3d and 2d Orbit of the ISS Geostationary Satellite Molniya Satellite Exercises with Satellite Orbits (pdf-file)	Oscillating Motion General Properties Harmonic Oscillator Harmonic Oscillator and Uniform Circular Motion Harmonic Oscillator - Amplitude and Period Movement of a Pendulum Mass of the Bob m and the Period for one Oscillation T Pendulum as "Harmonic Oscillator" Pendulum Period T and Length of Suspension Oscillating Motion (pdf-file)

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