Case inserts: what’s inside
Basic educational kit: Thermodynamics
Two-case practical kit on molecular physics and thermodynamics: more than thirty experiments from calorimetry to gas laws.
The kit, supplied in two cases, is intended for practical laboratory activities in molecular physics and thermodynamics and provides more than thirty student experiments - from calorimetry and phase transitions to gas laws. The set is suitable for basic and advanced levels of physics study and meets the equipment requirements for physics classrooms in general secondary education institutions according to the current curriculum.
- 1.PH3.002-01:
- 2.Plastic cuvette - 1 pc.
- 3.Laboratory mesh, 12.5×12.5 cm - 1 pc.
- 4.Rod with internal thread, Ø10×300 mm, internal thread M6 - 2 pcs.
- 5.Rod with external thread, Ø10×313 mm, external thread M6 - 2 pcs.
- 6.Laboratory stand support rod, Ø10×250 mm - 2 pcs.
- 7.Universal holder - 2 pcs.
- 8.Laboratory clamp - 2 pcs.
- 9.Laboratory stand ring - 1 pc.
- 10.Burner - 1 pc.
- 11.Bottle, 50 ml - 1 pc.
- 12.Laboratory stand base - 1 pc.
- 13.bosshead clamp - 4 pcs.
- 14.Glass beaker, graduated, 250 ml - 2 pcs.
- 15.Silicone plug, Ø15×Ø21×28 mm, 1 hole. for catheter - 2 pcs.
- 16.Silicone plug, Ø15×Ø21×28 mm, 1 hole. for thermometer - 2 pcs.
- 17.Silicone plug, Ø24×Ø30×28 mm, 2 holes. - 1 pc.
- 18.Silicone plug, Ø24×Ø30×28 mm, 1 hole. - 1 pc.
- 19.Silicone plug, for the tube - 1 pc.
- 20.Conical flask, glass, 100 ml - 1 pc.
- 21.Measuring cylinder, glass 100 ml - 1 pc.
- 22.Transparent silicone tube, Ø9 mm, length 1 m - 1 pc.
- 23.Tape measure, 2 m - 1 pc.
- 24.PH3.002-02:
- 25.Calorimeter with heating coil - 1 set
- 26.Brass block, 20×20×20 mm - 1 pc.
- 27.Steel block, 20×20×20 mm - 1 pc.
- 28.Aluminum block, 20×20×60 mm - 1 pc.
- 29.Tool 5 in 1 (hammer 1 pc., screwdriver 4 pcs.) - 1 set
- 30.Scissors - 1 pc.
- 31.Electronic stopwatch - 1 pc.
- 32.Graduated laboratory thermometer, from -10 to +110 °C - 2 pcs.
- 33.Laboratory thermometer, not graduated, complete with plate - 1 pc.
- 34.Short glass tube, Ø8 mm, length 80 mm - 2 pcs.
- 35.Long glass tube, Ø8 mm, length 200 mm - 4 pcs.
- 36.Stainless steel spoon-spatula, length 19.5 cm - 1 pc.
- 37.Drip tap - 1 pc.
- 38.Syringe, 20 ml - 1 pc.
- 39.Voltmeter (from -1 to 3 V; from -5 to 15 V) - 1 pc.
- 40.Ammeter (from -0.2 to 0.6 A; from -1 to 3 A) - 1 pc.
- 41.Electronic scales, 300 g - 1 pc.
- 42.Syringe, 60 ml - 1 pc.
- 43.Blue connecting wire, banana plug Ø4 mm, length: 50 cm / 30 cm - 2/1 pcs.
- 44.Device for demonstrating the thermal expansion of metals (rods: steel, brass and aluminum) - 1 set
- 45.Connecting wire red, banana plug Ø4 mm, length: 50 cm / 30 cm - 2/1 pcs.
- 46.Device for demonstrating the thermal conductivity of metals (rods: steel, brass and aluminum) - 1 set
- 47.Thread on a spool - 1 pc.
- 48.Glass test tube, Ø20 mm, length 200 mm - 2 pcs.
- 1. Water cooling study
- 2. Calibrating a thermometer scale
- 3. Study of the dependence of pressure in a liquid on depth
- 4. Study of the heater operation
- 5. Study of the heat transfer phenomenon
- 6. Study of the heat balance equation
- 7. Determination of electric heater efficiency
- 8. Measurement of specific heat capacity of a solid
- 9. Measurement of the specific latent heat of fusion of ice
- 10. Study of the boiling process
- 11. Measurement of specific latent heat of vaporization
- 12. Study of changes in the physical states of water
- 13. Observation of crystallization of supercooled liquid
- 14. Study of salt solution melting
- 15. Observation of thermal expansion of solids
- 16. Study of thermal expansion of liquid
- 17. Study of thermometric fluid
- 18. Thermal expansion of water
- 19. Study of the dependence of gas volume on temperature
- 20. Determination of relative humidity by dew point
- 21. Measuring relative humidity
- 22. Measurement of surface tension of liquid
- 23. Heat transfer study
- 24. Study of the phenomenon of thermal conductivity
- 25. Study of heat transfer by radiation
- 26. Study of a gas thermometer
- 27. Study of an isothermal process
- 28. Study of the isobaric process
- 29. Study of the isochoric process
- 30. Measuring atmospheric pressure (option 1)
- 31. Measuring atmospheric pressure (option 2)
Middle school
basic level
Topic 1. Physical methods of investigating nature
- — Determining the value represented by each division on an instrument scale.
- — Measuring length.
- — Measuring volume.
basic level
Topic 2. Structure of matter
basic level
Topic 3. Mechanical motion and interaction of bodies. Pressure
basic level
Topic 1. Thermal phenomena
- — Comparing quantities of heat transferred during heat exchange.
- — Measuring the specific heat capacity of a substance.
High school
basic level
Topic 1. Fundamentals of molecular kinetic theory
- — Study of an isothermal process.
- — Study of the isobaric process.
- — Measurement of relative and absolute air humidity.
basic level
Topic 2. Fundamentals of thermodynamics
advanced level
Topic 1. Fundamentals of molecular kinetic theory
- — Study of an isothermal process.
- — Study of the isobaric process.
- — Surface tension measurement.
- — Measurement of relative and absolute air humidity.
advanced level
Topic 2. Fundamentals of thermodynamics
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