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 - Energy and linear momentum in elastic and inelastic collision with Fletcher’s trolleys - Measuring with two forked light barriers and CASSY /
 - Energy and linear momentum in elastic and inelastic collision with Fletcher’s trolleys - Measuring with two forked light barriers and CASSY
 
                        Energy and linear momentum in elastic and inelastic collision with Fletcher’s trolleys - Measuring with two forked light barriers and CASSY
                
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- Measuring methods
 - Forces
 - 
    Translational motions of a mass point
  
- One-dimensional motions on Fletcher’s trolley
 - One-dimensional motions on the linear air track
 - 
      Conservation of linear momentum
    
- Energy and linear momentum in elastic and inelastic collision with Fletcher’s trolleys - Measuring with two forked light barriers and CASSY
 - Newton's third law and laws of collision - Recording and evaluating with two ultrasonic motion sensors and CASSY
 - Energy and linear momentum in elastic and inelastic collision with Fletcher’s trolleys - Measuring with two forked light barriers and counter
 - Energy and linear momentum in elastic and inelastic collision on the linear air track - Measuring with two forked light barriers and CASSY
 - Rocket principle: conservation of momentum and reaction
 
 - Free fall
 - Angled projection
 
 - Rotational motions of a rigid body
 - Oscillations
 - Wave mechanics
 - Acoustics
 - Aero- and hydrodynamics
 
 
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