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Workshop on molecular physics

ОК 24.

Обов’язкова дисципліна для ОП

First

2021/2022

2 Semester

3

Knowledge of the basic principles and laws of molecular physics, their mathematical formulation; mastering practical skills of using measuring instruments and experimental equipment; knowledge of general safety rules of the experimental research. Ability to estimate the orders of magnitude of the studied quantities, their accuracy and degree of reliability, calculate measurement errors and formulate conclusions; to work independently with educational, methodical, and reference literature on molecular physics.

Full-time form

The student must know the basic laws of thermodynamics and molecular physics, the basics of error theory, and data processing. The student must be able to: apply previous knowledge on the presentation of experimental data, rules for calculating measurement errors, calculation of derivatives, and integrals, and be able to graphically construct experimentally obtained dependences. Have basic skills in working with measuring instruments; searching and analysis of tabular data, working with software for data processing, and group work.

Determination of heat capacity of metals by the cooling method. Determination of heat capacity of a liquid. Determination of gas adiabatic index by the Kleman-Desorm method. Determination of gas adiabatic index by resonance method. Observations of Brownian motion, determination of Avogadro constant. Determination of the coefficient of surface tension of the fluid. Determination of the coefficient of internal friction of a fluid by the Stokes method. Determination of the coefficient of internal friction of a liquid by a capillary viscometer. Determination of gas viscosity coefficient. Determination of the thermal conductivity of air. Determination of the thermal conductivity of solids. Determination of water vapor diffusion coefficient in the air. Determination of humidity. Determination of the temperature coefficient of volumetric expansion of a liquid. Thermal expansion of solids. Determination of entropy change during heating and melting of tin. Obtaining and measuring high vacuum.

1. O.A Yeshchenko, V.M Kravchenko, N.V Bashmakova, V.Yu. Kudrya, M.M Lazarenko, A.V. Tugay, T.Yu. Nikolaenko, N.I. Beaver “Molecular physics. Laboratory Workshop, Kyiv, Electronic Printing, 2020, 156 p. 2. Bulavin LA, Gavryushenko DA, Sysoev VM, Molecular Physics, Kyiv, "Knowledge", 2006, 540 p. 3. Yu.I. Szymanski, O.T Szymanska, “Molecular Physics”, Kyiv-Mohyla Academy Publishing House, Kyiv, 2007, 462 p. 4. Pogorelov V.E "Molecular Physics", Electronic lecture notes on the website of the Department of Experimental Physics http://exp.phys.univ.kiev.ua/ua/Study/Lib/index.html 5. I. V. Saveliev, Course of Physics (Volume I: Mechanics. Molecular Physics). M.; Science, 1989. 6. Sivukhin DV General course of physics. T. II. Thermodynamics and molecular physics. – M .: Nauka, 1990. 7. Irodov I.E Macrosystems physics. Basic Laws, Binom, 2006

Laboratory work

Assessment is conducted during the semester, after the performance and defense of laboratory work. To enroll in laboratory work, the student must submit a written report on the relevant laboratory work, which must contain the original experimental data, calculations - the formula and result of calculating the required value, errors, relevant graphs, conclusions about measurement methods, and obtained results, answer the basic questions on the topic of work. The final assessment is conducted in the form of a differentiated test. The student can receive a maximum of 100 points: 60 points for work during the semester and 40 points during the test.

Ukrainian