Didactics

Laboratory no. 1, room no. 37A and 37B

Laboratory exercises:

B01 – instruction: Eye

B07 – instruction: Measurement of changes in CO2 concentration – Photosynthesis

B19 – instruction: Conductivity – electrical conduction of electrolyte solutions

B33 – instruction: Enzymatic catalysis – study of catalase kinetics using the oxygen sensor

B40 – instruction: Effect of temperature on the rate of cellular respiration in yeast

B45 – instruction: Osmotic movement of water

B46 – instruction: Spirometry: pulmonary function

B58 – instruction: Investigation of the smartphone’s magnetic filed

B59 – instruction: Study of types of radiation 

Laboratory no. 1, room no. 37A and 37B

Laboratory exercises:

107 – instruction: Gas processes

114 – instruction: Collisions – the change in momentum of the body and the momentum of the force

119 – instruction: Simple Harmonic Motion – Mass on a Spring

133 – instruction: The interference of acoustic waves – beats

140 – instruction: Ohm’s law

145 – instruction: Resonance frequency in LRC circuits

146 – instruction: Study of the Semiconductor Diode

158 – instruction: Study of the diffraction phenomenon on a single and double slit

Laboratory no. 2, room no. 38A and 38B

Laboratory exercises:

240 – instruction: Determination of specific conductivity of electrolytes

241 – instruction: Determination of the electron charge by means of the p-n junction characteristics (semiconductor diode)

242 – instruction: Determination of the electrical resistance by the Wheatstone bridge method

243 – instruction: Studies on the temperature dependence of electric resistance for a metal and a semiconductor

244 – instruction: Determination of the coefficient of self induction of a coil and the capacity of a condenser

252 – instruction: Study of the transformer

Laboratory no. 3, room no. 39A and 39B

Laboratory exercises:

361 – instruction: Study of two-lens system

362 – instruction: Determination of the focal length of lenses by the Bessel method and measurement of radii of curvature of the lens using a spherometer

363 – instruction: The polarization of Light – verification of Malus’ law

364 – instruction: Determination of the dependence of the refractive index on the concentration of a solution using an Abbe refractometer

366 – instrukction: Determination of refractive index n of the glass prism by means of the measurement of the angle of minimum deviation

367 – instruction: Measuring Wavelength with a Diffraction Grating

368 – instruction: Determination of the wavelength of light by Newton’s ring method

369 – instruction: Measurement of the wavelength with an application of a diffraction grating spectrometer

374 – instruction: Study of the photoelectric cell

375 – instruction: Investigation of the dependence of thermal radiation on temperature

Laboratory  no. 4, room no. 41

Laboratory exercises:

402 – instruction: Determination of the buoyant force and density of objects

403 – instruction: Determination of the sound speed in the air using the method of the acoustic resonance

407 – instruction: Study of vibrational motion of the elastic pendulum

408 – instruction: Determination of the moment of inertia of the body using the physical pendulum

409 – instruction: Measurement of Young’s modulus with a thickness gauge

410 – instruction: Determination of Young’s modulus by the beam-bending method

413 – instruction: Determination of liquid ’s viscosity coefficient using Stoke’s method

415 – instruction: Measurement of the mass and mean density of the globe

427 – instruction: Determination of the specific heat of a liquid using an electrocalorimeter