| 1.1 Measurt Technique |
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1.4 Mechanics of liquids and Gaseous Bodies |
| 1.1.01-00 Measurement of basic constants: length, weight and time |
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1.4.01-00 Density of liquids |
1.2 Statics |
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1.4.02-00 Surface of rotating liquids |
| 1.2.01-00 Momets |
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1.4.03-00 Viscosity of Newtonian and non-Newtonian liquids(rotary viscometer) |
| 1.2.02-00 Modulus of elasticity |
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1.4.04-00 Viscosity measurements with the falling ball viscometer |
| 1.2.03-00 Mechanical hysteresis |
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1.4.05-00 Surface tension by the ring method (Du Nouy method) |
| 1.3 Dynamics |
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1.4.06-11 Sureface tension by the pull-out method with Cobra3 |
| 1.3.01-01 Hooke's law |
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1.4.07-00 Barometric height formula |
| 1.3.01-11 Hooke's second low with Cobra3 |
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1.4.08-00 lift and drag (resistance to flow) |
| 1.3.03-01/05 Newton's second law/Air track or Demonstration track |
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1.5 Mechanical Virbration Acoustics |
| 1.3.03-11/15 Newton's second law with Cobra3/ Air track or Cemonstration track |
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1.5.01-00 Vibration of strings |
| 1.305-01/05 Lows of collision /Air track or Cemonstration track |
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1.5.03-01 Velocit of sound in air wih Cobra3 |
| 1.3.5-11/15 Laws of collision with Cobra3 /Air track or Demonstration track |
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1.5.04-01/11 Acoustic Doppler effect |
| 1.3.07-01 Free fall |
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1.5.05-15 Chladni figures with FG-Module |
| 1.3.07-11 Free fall with Cobra3 |
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1.5.06-01/15 Velocity of sound using Kundt's tube |
| 1.3.09-01 Determination of the gravitational constant/Computerized Cavendish balance |
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1.5.07-01/15 Wavelengths and frequencies with a Quincke tube |
| 1.3.11-00 Projectile motion |
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1.5.08-01 Resonance frequencies of Helmholtz resonators with Cobra3 |
| 1.3.12-00 Ballistic Pendulum |
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1.5.09-11 Interference of acoustic waves, stationary waves and diffraction at a slot with PC interface |
| 1.3.13-01 Moment of inertia and angular acceleration |
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1.5.10-00 Optical detemination of velocity of sound in liquids |
| 1.3.13-11 Moment of inertia and angular acceletation with Cobra 3 |
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1.5.11-00 Phase and group velocity of ultrasonics in liquids |
| 1.3.15-00 Moment and angular momentum |
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1.5.12-00 Temperature dependence of the Velocity of sound in liquds |
| 1.3.16-01 Centrifugal force |
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1.5.13-00 Stationary ultrasonic waves, determination of wavelength |
| 1.3.16-11 Contrifugal force with Cobra 3 |
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1.5.14-00 Absorption of ultrasonic in air |
| 1.3.18-00 Mechanical conservation of energy/Maxwell's wheel |
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1.5.15-15 Ultrasonic diffraction at different multiple slit systems |
| 1.3.19-00 Laws of gyrosccopes / 3- asis gyroscope |
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1.5.16-15 Ultrasonic diffraction at different single and double slit systems |
| 1.3.20-00 Laws of gyroscopes / cardanic gyroscope |
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1.5.17-15 Diffraction of ultrasonic waves at a pin hole and a circular obstacle |
| 1.3.21-00 Mathematical pendulum |
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1.5.18-00 Ultrasonic diffraction at Fresnel lenses / Fresnel zone contruction |
| 1.3.22-00 Reversible pendulum |
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1.5.19-15 Interference by two identical ultrasonic transmitters |
| 1.3.23-01 Pendulum oscillations / variable g pendulum |
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1.5.20-00 Interference of ultrasonic waves by a Lloyd mirror |
| 1.3.23-11 Pendulum oscillations with Cobra3 |
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1.5.21-15 Determination of ultrasonic velocity (sonar principle) |
| 1.3.25-01 Coupled pendula |
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1.5.22-00 Ultrasonic Michelson- Interferometer |
| 1.3.25.11 Coupled Pendula with Coba3 |
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1.5.23-00 Ultrasonic diffraction by a straight edge |
| 1.3.26-11 Harmonic oscillations of spiral springs-Springs linked in parallel and series |
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1.5.24-00 ultrasonic Doppler effect |
| 1.3.27-01 Forced Oscillations - pohl's pendulum |
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1.5.24-15 Ultrasonic Doppler effect |
| 1.3.27-11 Forced Oscillations - pohl's pendulum ; Determination of resonance frequencies by Fourier analysis |
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1.6 Handbooks |
| 1.3.28-01 Moments of inertia of different bodies / Steiner's theorem |
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Physics Experiments - Linear Motion |
| 1.3.28-11 Moments of inertia of different bodies / Steiner's theorem with Cobra 3 |
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Physics Demonstration Experiments - magnet Board Mechanics 1 |
| 1.3.30-00 Torsional vibration and torsion modulus |
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Physics Demonstration Experiments - Magnet Board Mechanics 2 |
| 1.3.31-00 Moment of inertia and torsional vibrations |
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| 1.3.32-00 The propagation of a periodically excited continous transverse wave |
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| 1.3.33-00 Phase velocity of rope waves |
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