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Laboratories:
1. Basics of Oscilloscope Handling
2. Measurements of voltage, current and resistance
3. Semiconductor diodes
4. RC filters
5. Serial and parallel connection of resistors
6. Verification of Ohm’s law
7. Electromotive force and internal resistance of rechargeable batteries
8. Light efficiency - efficiency of light sources
9. Electronic digital units - logic gates
Additional materials:
Schedule and laboratory timetable
Measuring accuracy of digital meters
Lecture materials (author: M. Kozanecki):
Supporting materials:
Tutorials:
PART I (kinematics and dynamics)
1. KINEMATICS: movement in one dimension (answers -> here)
2. KINEMATICS: movement in two dimensions (answers -> here)
3. DYNAMICS: general problems, inertial force (answers -> here)
4. DYNAMICS: frictional force. Work, power, energy (answers -> here)
5. COLLISIONS: conservation of energy and momentum (answers -> here)
6. RIGID BODIES (answers -> here)
7. SIMPLE MACHINES (answers -> here)
PART II (electric and magnetic fields)
9. ELECTROSTATICS: The principle of fields superposition (answers -> here)
10. ELECTROSTATICS: Work in the electrostatic field and the Gauss’ law (answers -> here)
11. MAGNETIC FIELD: Ampere’s circuital law (answers -> here)
12. MAGNETIC FIELD: The Biot-Savart Law (superposition principle) (answers -> here)
13. Charge movement in electric and magnetic field (answers -> here)
Laboratories:
F-01. Comparison of the elastic properties of metals.
F-02. Rotational motion dynamics of rigid body. Determination of the moment of inertia.
F-03. Torsion pendulum. Measurement of the stiffness modulus of steel wire using the dynamic method.
F-04. Damped harmonic motion. Determination of the logarithmic decrement of damped vibrations.
F-05. Elastic waves. Determination of the frequency of an acoustic generator using the standing wave method.
F-06. Determination of the coefficient of static friction.
F-07. Determination of the horizontal component of earth’s magnetic field using tangent galvanometer.
F-10. Conductivity of solids. Determination of the temperature dependence of the resistance of metallic conductor and semiconductor.
F-11. Capacitance measurements of capacitors and determining the dielectric permeability of the vacuum.
F-12. Measurement of the wavelength dependence of the extinction/ transmittance of isotropic media.
F-14. Determination of the characteristics of polarisation filters. Malus' law.
F-15. Refraction index of monochromatic light for mixtures of liquids. Determination of the concentration of aqueous solutions of glycerin.
F-16. Determining the light energy flux of divergent and collimated radiation.
F-17. Elaboration of results by statistical methods. Calculations of errors.
F-18. Resistance measurement. Wheatstone bridge.
F-20. Determination of refractive index using an optical microscope.
F-22. Harmonic oscillatory motion. Determining the period of oscillation of a spring pendulum.
F-23. Determination of gravity acceleration by means of a differential pendulum.
Supporting materials:
Laboratory regulations, raport first page
Laboratory schedule - ABIOM
Laboratories:
ILW-1. Observations. Observation of various liquid crystalline phases. Determination of phase transition temperatures.
ILW-2. Measurements. Density determinations. Measurement of length and weight. Accuracy of measuring devices.
ILW-3. Verifications. Verification of Ohm’s law. Measurement of current-voltage characteristics. Determination of electrical resistance.
Supporting materials:
Introduction to liquid crystals
Liquid crystal textures - gallery of art
F-17. Elaboration of results by statistical methods. Calculations of errors.