Handbuch Schülerversuche Mechanik 1-5, TESS advanced Physik, (in german)

Article no. 01158-01 | Type: Literature & Media

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Function and Applications

Detailed instructions for 54 experiments using the TESS advanced Physics set Mecahnics 1 and 2. Includes student work sheets and information for teachers.

Learning objectives

  • Physical quantities and characteristics
  • Forces
  • Elementary machines
  • Liquids and gases
  • Oscillations

Equipment and Technical Data

  • DIN A4 handbook, spiral binding, b/w, 222 pages

Device name
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Measurement of length
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Measurement of time
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Determination of the mass of solid and liquid bodies
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Determination of the volume of regular and irregular bodies
Article no. P0998400
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Determination of the density of solid bodies
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Determination of the density of liquids
Article no. P0998600
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Measurement of forces
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Force and reaction
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Weight
Article no. P0999000
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Hooke's law
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Bending of a leaf spring
Article no. P0999200
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Calibration of a dynamometer
Article no. P0999300
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Force aligned in the same and opposite direction
Article no. P0999400
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Combination of forces; parallelogram of forces
Article no. P0999500
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Force on a pulley mounting
Article no. P0999700
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Finding the center of gravity
Article no. P0999800
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Stability
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Reaction forces for an unloaded beam
Article no. P1000000
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Reaction forces for a loaded beam
Article no. P1000100
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Restoring force on a displaced pendulum
Article no. P1000200
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Friction
Article no. P1000300
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Coefficient of friction
Article no. P1000400
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Beam balance
Article no. P1000500
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Double-sided lever
Article no. P1000600
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One-sided lever
Article no. P1000700
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Force and displacement on a fixed pulley
Article no. P1000800
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Force and displacement on a free pulley
Article no. P1000900
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Block and tackle formed from a free and a fixed pulley
Article no. P1001000
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Block and tackle with four pulleys
Article no. P1001100
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Force and displacement on a step wheel
Article no. P1001200
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Gear mechanisms and belt drives
Article no. P1001300
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Potential energy and tension energy
Article no. P1001500
Power
Article no. P1001600
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Joined vessels
Article no. P1001700
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Hydrostatic pressure
Article no. P1001800
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Buoyancy and floating
Article no. P1001900
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Archimedes' principle
Article no. P1002000
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Finding the density of solid bodies by measuring the buoyan-cy
Article no. P1002100
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Finding the density of liquids using a densimeter
Article no. P1002200
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Finding the density of immiscible liquids
Article no. P1002300
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Capillary action
Article no. P1002400
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Boyle-Mariotte law
Article no. P1002500
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Pumps and siphons
Article no. P1002600
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Helical spring pendulum
Article no. P1002700
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Thread pendulum (mathematical pendulum)
Article no. P1002800
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Oscillations of a leaf spring
Article no. P1002900
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Damping
Article no. P1003000
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Forced oscillation and resonance
Article no. P1003100
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Displacement-time recording
Article no. P1003200
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Reversible pendulum (physical pendulum)
Article no. P1003300
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Coupled pendulum systems
Article no. P1003400
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