Instructions for more than 100 demonstration experiments at
secondary level 1. 87 of these can be carried out in conjunction
with the basic equipment set 01510-88.
Further demonstration experiments with magnetic
demonstration board can be found in the manuals "Natural
scíences on the board":
| Title |
Product |
| Tension energy |
P1296600 |
| Determination of the volume of liquids and solids |
P1420000 |
| Determination of the volume of gases |
P1420100 |
| Mass determination with a beam balance |
P1420200 |
| Determination of the density of solid bodies with equal vo-lume and different mass (with a beam balance) |
P1420301 |
| Determination of the density of solid bodies with equal vo-lume and equal mass (Roberval balance) |
P1420302 |
| Determination of mass and volume with the aid of the density- the density as a proportionality factor |
P1420400 |
| Determination of the density of solid bodes with equal massand different volume |
P1420500 |
| Density determination of liquids |
P1420600 |
| Density determination of air |
P1420700 |
| Types of friction |
P1421100 |
| Sliding friction as a function of the weight and area ofbearing |
P1421200 |
| Velocity |
P1421300 |
| Uniform motion |
P1421400 |
| Uniformly accelerated motion |
P1421500 |
| Free fall |
P1421600 |
| Determination of the gravitational acceleration (on theboard) |
P1421701 |
| Determination of the gravitational acceleration (with sup-port material) |
P1421702 |
| The rocket principle |
P1421900 |
| Lifting work (on the board) |
P1422101 |
| Lifting work (with support material) |
P1422102 |
| Introduction of the term "pressure" |
P1422600 |
| Measurement of the hydrostatic pressure with a pressure element |
P1423100 |
| Hydrostatic pressure measurement |
P1423200 |
| The effect of atmospheric pressure (with a water jet pump) |
P1423501 |
| The effect of atmospheric pressure (with a diaphragm pump) |
P1423502 |
| Positive pressure - negative pressure (on the board) |
P1423601 |
| Positive pressure - negative pressure (with support mate-rial) |
P1423602 |
| Determination of the atmospheric pressure (on the board) |
P1423701 |
| Determination of the atmospheric pressure |
P1423702 |
| Pumps |
P1423800 |
| Buoyancy in a liquid (on the board) |
P1424201 |
| Buoyancy in a liquid (with support material) |
P1424202 |
| Buoyancy - independence from mass (on the board) |
P1424301 |
| Buoyancy - independence from mass (with support material) |
P1424302 |
| Buoyancy - dependence on the volume (on the board) |
P1424401 |
| Buoyancy - dependence on the volume (with support material) |
P1424402 |
| Buoyancy - dependence on the density of the liquid (on theboard) |
P1424501 |
| Buoyancy - dependence on the density of the liquid (withsupport material) |
P1424502 |
| Archimedes' principle (with support material) |
P1424602 |
| Swimming, floating, sinking |
P1424700 |
|
P1424901 |
| Capillary action (with support material) |
P1424902 |
| Vibration of strings |
P1425500 |
| Interruption of the propagation of sound in a vacuum |
P1426000 |
| Sinusoidal shape and amplitude of the vibration of a tuningfork |
P1426100 |
| Determination of frequency |
P1426200 |
| Resonance and natural frequency of two tuning forks |
P1426300 |
| Tuning of tones via the observation of beats |
P1426400 |
| Musical intervals |
P1426500 |
| Timbres |
P1426600 |
| The anomaly of water |
P1427000 |
| Volume expansion of solid bodies |
P1427100 |
| Linear expansion of a wire (on the board) |
P1427201 |
| Linear expansion of a wire (with support material) |
P1427202 |
| Linear expansion of solid bodies (with a dilatometer) |
P1427302 |
| Forces during the expansion of solid bodies |
P1427400 |
| Heat insulation |
P1427500 |
| Absorption of thermal radiation by black and white objects(with support material) |
P1427802 |
| Melting of ice |
P1427900 |
| Producing a frigorific mixture |
P1428000 |
| Forces during the freezing of water |
P1428100 |
| Evaporation and condensation |
P1428200 |
| Distillation |
P1428300 |
|
P1428500 |
| Measurement of the mixing temperature |
P1428600 |
|
P1428700 |
|
P1429100 |
| Steam pressure and atmospheric pressure (on the board) |
P1429301 |
| Steam pressure and atmospheric pressure (with support mate-rial) |
P1429302 |
| Heating of water via the absorption of thermal radiation |
P1430000 |
| Producing hydrogen and oxygen from water with a PEM electro-lyser |
P1430100 |
| Electrical energy from hydrogen with a PEM fuel cell |
P1430200 |
| Generation of electricity with the Pelton wheel |
P1431300 |
| Electric energy generation with a thermogenerator |
P1431500 |
|
P1431600 |
|
P1431700 |
| The effect of the magnetic force between magnets |
P1431900 |
| The effect of the magnetic force on various substances |
P1432000 |
| The magnetic field |
P1432100 |
| The magnetic field around a bar magnet (with a magnet model) |
P1432201 |
| The magnetic field around a bar magnet (with a magneticneedle set) |
P1432202 |
| Induced magnetism |
P1432300 |
| Elementary magnets |
P1432400 |
| Electrostatic phenomena |
P1432600 |
| Electric charge |
P1432700 |
| The electric charge quantity (with an electroscope) |
P1432801 |
| The electric charge quantity (with an electrometer amplifier) |
P1432802 |
| Static forces between electric charges |
P1432900 |
| Electrostatic induction (with an electroscope) |
P1433001 |
| Electrostatic induction (with an electrometer amplifier) |
P1433002 |
| Contact electricity |
P1433100 |
| The permanent magnet motor (with the demonstration generatorsystem) |
P1433302 |
| The series motor (with the demonstration generator system) |
P1433402 |
| The shunt motor (with the demonstration generator system) |
P1433502 |
| Generation of induced voltage with a permanent magnet (witha demonstration coil) |
P1433602 |
| The alternating current generator (with the demonstrationmotor-generator system) |
P1433702 |
| The direct current generator (with the demonstration motor-generator system) |
P1433802 |
| Voltage transformation (with a set-up transformer) |
P1434102 |
| Current transformation (with a set-up transformer) |
P1434202 |
| High-voltage line |
P1434300 |
| The pinhole camera |
P1435000 |
| The reflected image of a plane mirror |
P1435200 |
| Heat effect in the focal point of convergent lenses |
P1435600 |
| Real images at a convergent lens |
P1435800 |
| The astronomical telescope (on the optical bench) |
P1436000 |
| Dispersion of white light into its spectral colours (on theoptical bench) |
P1436302 |
| Ultraviolet radiation in the spectrum of a light bulb |
P1436400 |
| Detection of ultraviolet radiation |
P1436500 |
| Detection of infrared radiation |
P1436600 |
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