Individual
course details |
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Study programme |
Theoretical
and experimental physics, General physics, Computer and applied physics,
Meteorology, and Astrophysics |
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Chosen research area (module) |
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Nature and level of studies |
Undergraduate
studies |
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Name of the course |
Physics
Laboratory 2 |
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Professor (lectures) |
Ass.
Prof. Dr Zoran Popović |
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Professor/associate (examples/practical) |
Ass.
Prof. Dr Ivan Videnović; PhD students: Svetislav Mijatović, Nora
Trklja, Dragutin Jovković, Katarina Miletić, Srđan
Stavrić |
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Professor/associate (additional) |
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ECTS |
3 |
Status
(required/elective) |
Mandatory |
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Access requirements |
No
conditions |
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Aims of the course |
Students
get familiar with basic measuring instruments and different measurement
techniques, as well as how to independently setup and perform experiments
from molecular physics and thermodynamics. Special attention is paid on
collecting and processing of measured data, and on their presenting like in
the form of modern scientific papers. |
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Learning outcomes |
Students
are trained for independent experimental work in the area of molecular
phyisics and thermodynamics. |
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Contents of the course |
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Lectures |
1.
Measurements using sensors connected to data acquisition system; accompanying
software. 2. Commercial software packages for numerical processing and
graphical representation of experimental data. |
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Examples/ practical classes |
1.
Temperature measuring instruments: digital thermometer and mercury in glass
thermometer. 2. Instruments for measuring gas pressure: manometer, pressure gauge, and pressure
sensors. 3. Measurement of small forces using torsional balance. 4. Measuring
of viscosity of a fluid using digital viscometer. 5. Measuring of electric
current and voltage using digital multimeters. 6. Verification of the
Maxwell- Boltzmann distribution. 7. Studying of laws of ideal gases (Boyle-
Mariotte's law, Gay- Lussac's law, and Charles's law). 8. Studying of real
gases (liquid-gas phase transition and critical point). 9. Determination of
the adiabatic coefficient of air using the Clement-Desormes’ method. 10.
Study of the Newton's law of cooling/heating.
11. Determination of the specific heat of water, latent heat of fusion
of water, and latent heat of evaporation of water. 12. Determination of the linear coefficient
of thermal expansion of metal rods; measurement of water density as a
function of its temperature. 13.
Measurement of the specific heat capacity of solid bodies using calorimeter.
14. Measurement of the surface tension coefficient of liquids as a function
of temperature and solution concentration using tensiometric or ring method.
15. Measurement of the coefficient of viscosity of Newtonian and
Non-Newtonian fluids. 16. Study of the efficiency of a Stirling heat engine
(determination of PV-diagram). 17. Study of the law of heat conduction, and
determination of the coefficient of thermal conductivity of solid bodies. 18.
Study of vibrating string, and determination of the velocity of sound in air
using resonance tube. |
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Recommended books |
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1 |
Đ. Spasojević, Laboratorija fizike
2 (Fizički fakultet, Beograd, 2014) |
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2 |
Đ. Spasojević, Laboratorija fizike
1-2- pomoćni udžbenik (Fizički fakultet, Beograd, 2008) |
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3 |
S.
Božin, M. Napijalo, S. Žegarac, J. Božin, P. Vidaković, J.
Dojčilović, Lj. Zeković, Praktikum iz fizike- Laboratorijske
vežbe- Fizička mehanika, molekularna fizika, termodinamika (Fizički
fakultet, Beograd, 2000) |
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4 |
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5 |
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Number of classes (weekly) |
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Lectures |
Examples&practicals |
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Student
project |
Additional |
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1 |
2 |
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Teaching and learning methods |
Lecture,
experimental work |
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Assessment (maximal 100) |
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assesed coursework |
mark |
examination |
mark |
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coursework |
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written
examination |
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practicals |
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oral
examination |
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papers |
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presentations |
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