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Experiment: Termisk expansion av fasta kroppar (230 V, 50/60 Hz) – 8000577

Objective: Determine the coefficients of expansion for brass, steel and glass If solid bodies are heated up, they generally expand to a greater or lesser degree. In this experiment, hot water is allowed to flow through tubes made of brass, steel and glass. The expansion in their length is measured using a dial gauge. The […]

26 990 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Stirling Maskin G (230 V, 50/60 Hz) – 8000597

Objective: Record a p–V diagram. Cyclic processes in thermodynamics can be plotted as a closed loop in a p–V diagram. The area enclosed by the curve corresponds to the mechanical work taken from the system. Alternatively, the mechanical power associated with a complete cycle can be determined and then the mechanical work can be calculated […]

22 290 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Leslie Kub (230 V, 50/60 Hz) – 8000585 – 8000585

Objective: Measure the heat radiated by Leslie Cube Heat exchange between a body and its surroundings occurs, among other things, by means of emission and absorption of radiated heat. The amount of heat radiated is dependent on the temperature of the body and the nature of its surface. This can be demonstrated with the help […]

18 490 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Leslie Kub (230 V, 50/60 Hz) – 8000583 – 8000583

Objective: Measure the heat radiated by a Leslie cube The radiation emitted by a body depends on its temperature and the nature of its surface. More specifically, according to Kirchhoff’s law, the ratio between emissivity and absorptivity is identical for all bodies at a given temperature and corresponds to emissivity of a black body ESB […]

16 290 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Värmeledning (230 V, 50/60 Hz) – 8000581

Objective: Measure conduction of heat in metal bars Conduction of heat involves heat being transferred from a hotter part of an object to a colder area by means of the interaction between neighbouring atoms or molecules, although the atoms themselves remain in place. In a cylindrical metal bar with ends maintained at different temperatures, a […]

12 890 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Stirling Maskin D (230 V, 50/60 Hz) – 8000595

Objective: Operate a functional model of a Stirling engine as a heat engine A hot-air engine is a classical example of a heat engine. In the course of a thermodynamic cycle thermal energy is fed in from a high temperature reservoir and then partially converted into useable mechanical energy. The remaining thermal energy is then […]

12 790 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Amontons Lag (230 V, 50/60 Hz) – 8000761

Objective: Verify the linear relationship between the pressure and temperature of an ideal gas The validity of Amontons’ law for ideal gases is demonstrated using normal air. To demonstrate this, a volume of enclosed air located in a hollow metallic sphere is heated with the aid of a water bath while the temperature and pressure […]

11 890 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Intern energi och elektriskt arbete (230 V, 50/60 Hz) – 8000588

Objective: Increase internal energy by means of electrical work This experiment investigates how the internal energy of copper and aluminium calorimeters can be increased by electrical work. As long as the aggregate state does not change and no chemical reactions occur, it is possible to determine the increase in internal energy from the rise in […]

9 690 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Lufts adiabatiska index, grundutrustning – 8000590

Objective: Determine the adiabatic index Cp/ CV for air using Rüchardt’s method In this experiment an aluminium piston inside a precision-manufactured glass tube extending vertically from on top of a glass vessel undergoes simple harmonic motion on top of the cushion formed by the volume of air trapped inside the tube. From the period of […]

7 990 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Försök: Ökning av den inre energin genom mekaniskt arbete

Objective: Verifying the First Law of Thermodynamics The experiment is to investigate the increase of internal energy of an aluminium body caused by friction. The increase can be observed by measuring the increase in the temperature of the body, which is proportional to the work done, as the body undergoes no change in the state […]

7 790 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Vattenanomali, grundläggande utrustning – 8000578

Objective: Determine the temperature where water reaches its maximum density When temperature is raised from 0°C to about 4°C the volume of a mass of water initially becomes smaller and only begins to expand thermally at higher temperatures. The density of water is therefore at its greatest at around 4°C. Additionally recommended: Supplement UE2010301S.

6 990 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Boyles Lag – 8000589

Objective: Measurement at room temperature in air as an ideal gas The experiment verifies Boyle’s Law for ideal gases at room temperature, taking air as an ideal gas in this experiment. The volume of a cylindrical vessel is varied by the movement of a piston, while simultaneously measuring the pressure of the enclosed air.

5 990 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Lufts adiabatiska index, tillägg – 8000591

Objective: Determine the adiabatic index Cp/ CV for air using Rüchardt’s method In this experiment an aluminium piston inside a precision-manufactured glass tube extending vertically from on top of a glass vessel undergoes simple harmonic motion on top of the cushion formed by the volume of air trapped inside the tube. From the period of […]

1 190 kr Excluding VAT
Leverans: 4-12 arbetsdagar

Experiment: Vattenanomali, tillägg – 8000579

Objective: Determine the temperature where water reaches its maximum density When temperature is raised from 0°C to about 4°C the volume of a mass of water initially becomes smaller and only begins to expand thermally at higher temperatures. The density of water is therefore at its greatest at around 4°C. Additionally required: Basic equipment UE2010301.

1 090 kr Excluding VAT
Leverans: 4-12 arbetsdagar