β Scribed by Smirnova Z. M., Kyagova A. A., , Zhambalova B. A., Machneva T. V., Kvashnina Yu. A., Kreinina M. V., Larina N. A., Lysenko E. P.
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The book contains a description of laboratory works in the course of physics. There are 17 laboratory works on all topics of the physics course. In each experiment, students learn to measure various physical quantities; use control and measuring equipment, read the scales of physical devices. In the process of experimental work, each student must make calculations, compare the experimental results with a theoretical statement and make a reasoned conclusion. Each section of the book includes objectives, a list of equipment and its description, theoretical information, a description of the procedure, some questions and tasks.
LABORATORY WORK 1 Statistical analysis of experimental data
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 2 Hearing acuity measuring
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 3 Mechanical properties of solids
Installation description
Experimental procedure
Questions and tasks
LABORATORY WORK 4 Stokesβ and Ostwald methods for determination of a viscosity coefficient
Experimental procedures
Questions and tasks
LABORATORY WORK 5 Study of osmotic resistance of erythrocytes (red blood cells)
Experimental procedure
Questions and tasks
LABORATORY WORK 6 Alternating current circuits
Installation description
Experimental procedure
Questions and tasks
LABORATORY WORK 7 Study of the frequency dependence of the impedance of equivalent electrical circuits
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 8 Study of rectangular pulses in linear electric circuitss
Experimental procedures
Questions and tasks
LABORATORY WORK 9 Electrical methods for measuring non-electrical quantities
Installation description
Experimental procedure
Questions and tasks
LABORATORY WORK 10 Study of action of ultra high-frequency field on electrolytes and dielectrics. Physical principles of UHF-therapy
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 11 Physical fundamentals of electrocardiography
Installation description
Experimental procedure
Questions and tasks
LABORATORY WORK 12 Determination of the refractive index of a liquid with a refractometer
Installation description
Experimental procedure
Questions and tasks
LABORATORY WORK 13 Measurement of small object sizes using a microscope
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 14 Determination of the concentration of sugar in solution with a polarimeter
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 15 Concentration colorimetry in laboratory practice in solution with a polarimeter
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 16 Application of the phenomenon of diffraction to determine the wavelength of laser radiation and the size of erythrocytes
Installation description
Experimental procedures
Questions and tasks
LABORATORY WORK 17 Physical fundamentals of thermography
Installation description
Experimental procedures
Questions and tasks
APPENDICES
Base SI units
Supplementary SI units
Derived SI units
Prefixes used with SI units
Trigonometrical functions of standard angles
Fundamental constants
Criterion Tteor for comparison of two samplings
Densities of fluids (kg/m3 at the temperature 15C)
Viscosities of some substances
Approximate elastic modulus
Dependence of density and viscosity of water on temperature
References
π SIMILAR VOLUMES
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