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TESS advanced Physics manual Mechanics 1 to 5

TESS advanced Physics manual Mechanics 1 to 5

Item no.: 01158-02

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  • Description
  • Related Experiments

Function and Applications

Detailed instructions for 54 experiments using the TESS advanced sets Mechanics 1 and 2. Includes student work sheets and information for teachers.

What you can learn about

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


 Format

  • DIN A4 handbook, spiral binding, b/w, 222 pages
Experiment Item no.
Measurement of length P0998100
Measurement of time P0998200
Determination of the mass of solid and liquid bodies P0998300
Determination of the volume of regular and irregular bodies P0998400
Determination of the density of solid bodies P0998500
Determination of the density of liquids P0998600
Measurement of forces P0998800
Force and reaction P0998900
Weight P0999000
Hooke's law P0999100
Bending of a leaf spring P0999200
Calibration of a dynamometer P0999300
Force aligned in the same and opposite direction P0999400
Combination of forces; parallelogram of forces P0999500
Force on a pulley mounting P0999700
Finding the center of gravity P0999800
Stability P0999900
Reaction forces for an unloaded beam P1000000
Reaction forces for a loaded beam P1000100
Restoring force on a displaced pendulum P1000200
Friction P1000300
Coefficient of friction P1000400
Beam balance P1000500
Double-sided lever P1000600
One-sided lever P1000700
Force and displacement on a fixed pulley P1000800
Force and displacement on a free pulley P1000900
Block and tackle formed from a free and a fixed pulley P1001000
Block and tackle with four pulleys P1001100
Force and displacement on a step wheel P1001200
Gear mechanisms and belt drives P1001300
Potential energy and tension energy P1001500
Power P1001600
Joined vessels P1001700
Hydrostatic pressure P1001800
Buoyancy and floating P1001900
Archimedes' principle P1002000
Finding the density of solid bodies by measuring the buoyan-cy P1002100
Finding the density of liquids using a densimeter P1002200
Finding the density of immiscible liquids P1002300
Capillary action P1002400
Boyle-Mariotte law P1002500
Pumps and siphons P1002600
Helical spring pendulum P1002700
Thread pendulum (mathematical pendulum) P1002800
Oscillations of a leaf spring P1002900
Damping P1003000
Forced oscillation and resonance P1003100
Displacement-time recording P1003200
Reversible pendulum (physical pendulum) P1003300
Coupled pendulum systems P1003400


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1 year warranty

curricula compliant

quality - made in Germany

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more than 3.000 experiments

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