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Practice in molecular physics (laboratory ¹¹ 702, 703)

Practice in molecular physics (laboratory ¹¹ 702, 703) ,Physics, Department of General Physics, Practice, GPP, General Physical Practice, Molecular Physics, Thermodynamics

To your attention are presented the methodical recommendations of the general physical practical work on molecular physics and thermodynamics.

Within the framework of the Laboratories for Molecular Physics, there are:

Head laboratories - prof. Eremina Rushana Mikhailovna

Engineers in laboratories Nos. 702, 703 - Yatsik Marina Sergeevna, Gafiyatullin Linar Gadilovich, Turanov Alexander Nikolaevich


Des­criptions of laboratory works:

¹ 211 Investigation of Brownian Motion

¹ 212 Determination of the kinematic characteristics of gas molecules

¹ 2131 Dependence of the volume of gas on temperature at constant pressure (Gay-Lussac)

¹ 2132 Dependence of gas pressure on volume at constant temperature (Boyle-Mariotte)

¹ 2133 Dependence of gas pressure on temperature at constant volume (Charles's)

¹ 214 Determination of the adiabatic exponent Cp / Cv of different gases using a device for studying the elastic resonance of gases

¹ 215 Measurement of the Poisson's ratio and the isochoric heat capacity of air

¹ 216 The speed of sound in gases

¹ 217 Investigation of the Joule-Thomson effect for various gases

¹ 218 Water jet vacuum pump

¹ 221 Determination of thermal conductivity by the single-plate method

¹ 222 Determination of the viscosity of liquids by the Stokes method

¹ 223 Investigation of the dependence of viscosity of a liquid on temperature and concentration on a ball-shaped viscometer

¹ 231 Determination of the latent heat of evaporation of water; Determination of specific heat of melting of ice

¹ 232 Observation of the liquid-gas phase transition at the critical point

¹ 235 Lowering the freezing point of water

¹ 236 Preparation of a triple nitrogen point

¹ 241 The transformation of mechanical energy into heat

¹ 242 Frictional losses in the engine running on hot air

¹ 243 Investigation of heat pump operation modes

¹ 251 Measurement of surface tension by tear-off method

¹ 252 Determination of the coefficient of volumetric expansion of liquids

¹ 253 Measurement of the dependence of linear expansion of solids on temperature

¹ 254 Determination of the specific heat of solids

Part 1

Part 2

Part 3