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Determining the adiabatic exponent cp/cV of various gases using the gas elastic resonance apparatus
  1. Thermal expansion
  2. Heat transfer
  3. Heat as a form of energy
  4. Kinetic theory of gases

Determining the adiabatic exponent cp/cV of various gases using the gas elastic resonance apparatus

P2.5.3.2
Determining the adiabatic exponent cp/cV of various gases using the gas elastic resonance apparatus
Determining the adiabatic exponent cp/cV of various gases using the gas elastic resonance apparatus

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Description

In the experiment P2.5.3.2, the adiabatic exponent is determined using the gas elastic resonance apparatus. Here, the air column is sealed by a magnetic piston which is excited to forced oscillations by means of an alternating electromagnetic field. The aim of the experiment is to find the characteristic frequency f0 of the system, i.e. the frequency at which the piston oscillates with maximum amplitude. Other gases, such as carbon dioxide and nitrogen, can alternatively be used in this experiment.

Components of equipment sets

1 371 07  4  Gas elastic resonance apparatus LD
1 531 120 Multimeter LDanalog 20 LD
1 522 561  4  Function generator P LD
1 300 02  4  Stand base, V-shaped, small LD
1 660 980  4  Fine regulating valve for minican gas canisters LD
1 660 985  4  Minican pressurised gas canister, neon LD
GHS04 Warning H280
1 660 999  4  Minican pressurised gas canister, carbon dioxide LD
GHS04 Warning H280
1 665 255  8  Three-way valve, T-shaped, ST nozzles LD
1 667 194  8  Silicone tubing 7 mm Ø, 1 m LD
1 604 481  4  Rubber tubing Ø 4 mm, t = 1,5 mm, l = 1m LD
1 604 510  4  Tubing connector, 4...15 mm LD
1 500 422  4  Connecting lead 19 A, 50 cm, blue LD
1 500 441  4  Connecting lead 19 A, 100 cm, red LD
1 500 442  4  Connecting lead 19 A, 100 cm, blue LD
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