Manuel en Allemand collège mécanique - acoustique, chaleur, énergies renouvelables, électrique , optique pour élèves

Numéro d´article: 01500-01
Function and Applications

Instructions for more than 300 demonstration experiments at secondary level 1. 87 of these can be carried out in conjunction with the basic equipment set 01510-88.

What you can learn about

Mechanics (17 + 62 experiments)

  • Properties of bodies (5 + 3 experiments)
  • Forces (2 + 15 experiments)
  • Simple machines (13 experiments)
  • motion (3 + 7 experiments)
  • Types of mechanical energy (1 + 3 experiments)
  • Simple harmonic oscillation (3 experiments)
  • Mechanics of liquids and gases (6 + 19 experiments)   

Acoustics (5 + 3 experiments)

  • Properties of sound, generation and propagation (5 + 3 experiments)

Thermodynamics (14 + 20 experiments)

  • Thermal expansion (7 + 2 experiments)
  • Transport of heat (3 + 2 experiments)
  • Changes in state of matter (4 + 5 experiment)
  • Heat energy (5 experiments)
  • Thermal state variables (6 experiments)

Regenerative energies/conversion of energy (5 + 12 experiments)

  • Solar cells and solar collectors (3 + 5 experiments)
  • Fuel cells (2 + 2 experiments)
  • Energy from water (1 experiment)
  • Energy from the environment (4 experiments)

Electricity (78 experiments)

  • Magnetostatics (5 + 2 experiments)
  • Circuits (7 + 2 experiments)
  • Electrostatics (1 + 5 experiments)
  • Electrical resistance (2 + 7 experiments)
  • Power and work (1 experiment)
  • Capacitors (3 experiments)
  • Diodes (2 + 8 experiments)
  • Transistors (2 + 13 experiments)
  • Conversion of energy (2 experiments)
  • Electrochemistry (6 experiments)
  • Electromagnetism (2 + 6 experiments)
  • Electric motors (3 + 4 experiments)
  • Induction (3 + 6 experiments)
  • Transformers (3 + 4 experiments)
  • Self-inductance (4 experiments)
  • Safety when handling electricity (1 + 2 experiments)
  • Sensors (3 experiments)
  • Operational amplifiers (3 experiments)

Optics (7 + 64 experiments)

  • Propagation of light (1 + 7 experiments)
  • Mirrors (1 + 18 experiments)
  • Refraction (10 experiments)
  • Lenses (2 + 14 experiments)
  • The eye (3 experiments)
  • Optical equipment (1 + 5 experiments)
  • Colours (2 + 7 experiment)

Equipment and Technical Data

  • DIN A4 handbook, ring binding, b/w, 948 pages

Langage de la documentation: DEU

Cette documentation contient les expériences suivantes

Title Produit
Ot 1.1 P1100000
Ot 1.2 P1100100
Ot 1.3 P1100200
Ot 1.4 P1100300
Ot 1.5 P1100400
Ot 1.6 P1100500
Ot 1.7 P1100600
Ot 2.1 P1100700
Ot 2.2 P1100800
Ot 2.3 P1100900
Ot 2.4 P1101000
Ot 2.5 P1101100
Ot 2.6 P1101200
Ot 2.7 P1101300
Ot 2.8 P1101400
Ot 2.9 P1101500
Ot 2.10 P1101600
Ot 2.11 P1101700
Ot 2.12 P1101800
Ot 2.13 P1101900
Ot 2.14 P1102000
Ot 2.15 P1102100
Ot 2.16 P1102200
Ot 3.1 P1102300
Ot 3.2 P1102400
Ot 3.3 P1102500
Réflexion totale de la lumière à l'interface verre-air P1102600
Ot 3.5 P1102700
Ot 3.6 P1102800
Ot 3.7 P1102900
Ot 3.8 P1103000
Ot 3.9 P1103100
Ot 3.10 P1103200
Ot 4.1 P1103300
Ot 4.2 P1103400
Ot 4.3 P1103500
Ot 4.4 P1103600
Ot 4.5 P1103700
Ot 4.6 P1103800
Ot 4.7 P1103900
Ot 4.8 P1104000
Ot 4.9 P1104100
Ot 4.10 P1104200
Ot 4.11 P1104300
Ot 4.12 P1104400
Ot 4.13 P1104500
Ot 5.2 P1104700
Ot 5.4 P1104900
Ot 6.1 P1105200
Ot 6.2 P1105300
Ot 6.3 P1105400
Ot 7.1 P1105500
Ot 7.2 P1105600
Ot 7.3 P1105700
Ot 7.4 P1105800
Ot 7.5 P1105900
Mt 1.1 P1251600
Mt 1.5 P1252000
Mt 1.6 P1252100
Mt 1.7 P1252200
Mt 1.9 P1252400
Mt 1.10 P1252500
Mt 1.11 P1252600
Mt 1.12 P1252700
Mt 1.13 P1252800
Mt 1.14 P1252900
Mt 1.15 P1253000
Mt 2.1 P1253100
Mt 2.2 P1253200
Mt 2.3 P1253300
Mt 2.4 P1253400
Couple P1253500
Elongation of solid bodies P1291500
Wt 2.1 P1291800
Energy conversion of à roller coaster m 5.1 P1296400
Mt 6.1 P1296700
Mt 6.2 P1296800
Mt 6.3 P1296900
Mt 6.4 P1297000
Mt 6.5 P1297100
Mt 6.7 P1297300
Mt 6.8 P1297400
Mt 6.10 P1297600
Et 1.1 P1380100
Et 1.2 P1380200
Et 1.3 P1380300
Et 1.4 P1380400
Et 1.5 P1380500
Et 1.6 P1380600
Et 1.7 P1380700
Et 1.8 P1380800
Et 1.9 P1380900
Et 2.1 P1381000
Et 2.2 P1381100
Et 2.3 P1381200
Et 2.4 P1381300
Et 2.5 P1381400
Et 2.6 P1381500
Et 2.7 P1381600
Et 2.8 P1381700
Et 2.9 P1381800
Et 3.1 P1381900
Et 4.1 P1382000
Et 4.2 P1382100
Et 4.3 P1382200
Et 5.1 P1382300
Et 5.3 P1382500
Et 5.4 P1382600
Et 5.5 P1382700
Et 5.6 P1382800
Et 5.7 P1382900
Et 6.1 P1383100
Et 6.2 P1383200
Et 6.3 P1383300
Et 6.4 P1383400
Et 6.5 P1383500
Et 6.6 P1383600
Conversion of electrical energy into thermal energy P1396700
Conversion of electrical energy into mechanical energy and vice versa P1396800
Conductivity of aqueous solutions of electrolytes P1396900
The connection between current and voltage in conductiveprocesses in liquids P1397000
Electrolysis P1397100
Galvanisation P1397200
Galvanic cells P1397300
The lead accumulator P1397400
Et 9.1 The magnetic effect of à current carrying conductor P1397700
The Lorentz force: current-carrying conductors in a magneticfield P1397800
The electric bell P1397900
The electromagnetic relay P1398000
Controlling with a relay P1398100
The galvanometer P1398300
The synchronous moteur P1398800
Et 11.2 Induction voltage avec an électromagnet P1399000
Et 11.5 Lenz s law P1399300
Et 11.6 The behaviour of à direct current générateur under- lod P1399400
The forces between the primaryand secondary coils of àtrans- parentmer P1399700
Self-induction when switching a circuit on P1399900
Self-induction when switching a circuit off P1400000
The coil in the alternating current circuit P1400100
Earthing of the alimentation line P1400300
The protective lead system P1400400
The protective separating transparentmer P1400500
The NTC resistor P1400600
The PTC resistor P1400700
Characteristic curve of a Zener diode P1400900
The Zener diode as voltage stabiliser P1401000
Light-emitting diodes P1401100
Photo diodes P1401200
The bridge rectifier P1401300
Alternating voltage amplification with a transistor P1401500
Stabilisation of the operating point of a transistor ampli-fier stage P1401600
Temperature control of a transistor P1401800
Undamped electromagnetic oscillations P1401900
The Darlington circuit P1402000
The two-stage transistor amplifier P1402100
Optical fibre communication P1402300
Determination of the volume of liquids and solids P1420000
Determination of the volume of gases P1420100
Determination of the density of solid bodes with equal mass and different volume P1420500
Types of friction P1421100
Sliding friction as a function of the weight and area of bearing P1421200
Free fall P1421600
Determination of the gravitational acceleration (with sup- port material) P1421702
Mesure de la pression hydrostatique avec capsule manométrique P1423100
Mesure de la pression hydrostatique P1423200
Positive pressure - negative pressure (with support mate- rial) P1423602
Determination of the atmospheric pressure P1423702
Swimming, floating, sinking P1424700
Capillary action (with support material) P1424902
Resonance and natural frequency of two tuning forks P1426300
Musical intervals P1426500
Volume expansion of solid bodies P1427100
Forces during the expansion of solid bodies P1427400
Distillation P1428300
Generation of electricity with the Pelton wheel P1431300
The effect of the magnetic force between magnets P1431900
The magnetic field P1432100
Induced magnetism P1432300
Elementary magnets P1432400
Electrostatic phenomena P1432600
Electric charge P1432700
The electric charge quantity (with an electroscope) P1432801
Static forces between electric charges P1432900
Electrostatic induction (with an electroscope) P1433001
The permanent magnet motor (with the demonstration generator system) P1433302
The series motor (with the demonstration generator system) P1433402
Generation of induced voltage with a permanent magnet (with a demonstration coil) P1433602
The alternating current generator (with the demonstration motor-generator system) P1433702
The direct current generator (with the demonstration motor- generator system) P1433802
High-voltage line P1434300
Dispersion of white light into its spectral colours (on the optical bench) P1436302

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Numéro d´article: 01500-01

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