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NTC-13.08.9 “Rolling bodies with different moments of inertia”
NTC-13.08.10 “Angular momentum of rigid bodies”
NTC-22.03.1 “Study of magnetic field of solenoid with usage of Hall sensor”
NTC-22.01.1 “Study of blackbody”
NTC-22.01.2 “Study of an external photo effect”
NTC-22.01.25 “Investigation of semi-conductive materials”
NTC-22.01.27 “Spectrometer on the diffraction grid to study the spectral lines”
NTC-22.01.3 “Study of a hydrogen atomic spectrum”
NTC-22.01.4 “Study of temperature dependence of electrical conductivity of metals and semiconductors”
NTC-22.01.5 “Determination of electron charge ratio to its mass by magnetron method”
NTC-22.01.33/1 “Tunnel effect”
NTC-22.01.33/2 “Tunnel effect”
NTC-22.01.34 “Electrons work release from metal”
NTC-22.01.35 “Semiconductive optical generators, Planck’s constant”
NTC-22.02.1 “Determination of diffraction grating constant”
NTC-22.02.2 “Acquisition and investigation of polarized light”
NTC-22.02.3 “Fresnel equation (reflection coefficients for dielectric surface at different angles)”
NTC-22.02.12 “Determination of focal distances of thin collecting and diffusing lenses”
NTC-22.02.15 “Newton’s experiments on the dispersion of white light with gathering the spectrum into white light”
NTC-22.02.18 “Diffraction on a double slit and multiple slits”
NTC-22.02.19 “Newton’s rings in passing and reflected white light”
NTC-22.02.20 “Rotation of a polarization surface in sugar solutions”
NTC-22.02.22 “Determination of the wave length of a helium-neon laser, using Michelson’s interferometer”
NTC-22.02.27 “Determination of distance and position of the main points of a complex lens”
NTC-22.02.28 “Study of p-n junction”
NTC-22.03.B “Electricity and magnetism”
NTC-22.03.2 “Determination of capacitor capacity by the discharge method”
NTC-22.03.3 “Investigation of resonance in alternating current circuit”
NTC-22.03.4 “Investigation of magnetic field in Helmholtz coils”
NTC–22.03.5 “Studying the properties of ferroelectrics”
NTC-22.03.6 “Determination of ferromagnetic Curie point”
NTC-22.03.7 “Investigation of electric current in electrolytes”
NTC-22.03.8 “Power and shift phase in AC circuits”
NTC-22.03.11 “Ohm’s law for AC circuits”
NTC-22.03.12 “Studying of magnetic hysteresis”
NTC-22.03.15 “Determination of a horizontal induction component of the Earth’s magnetic field”
NTC-22.03.21 “Study of the electrical strength of solid dielectrics”
NTC-22.04.1 “Atwood machine”
NTC-22.04.2 “Study of string natural vibration”
NTC-22.04.3 “Oberbeck’s pendulum”
NTC-22.04.4 “Universal pendulum”
NTC-22.04.5 “Collision of balls”
NTC-22.04.6 “Maxwell pendulum”
NTC-22.04.7 “Inclined pendulum”
NTC-22.04.8 “Unifilar suspension”
NTC-22.04.9 “Young’s modulus and shear modulus”
NTC-22.04.10 “Gyroscope”
NTC-22.04.11 “Physical and mathematical pendulums”
NTC-22.04.12 “Study of damped oscillations”
NTC-22.04.13 “Study of inert properties of solid bodies”
NTC-22.04.14 “Study of oscillations of coupled pendulums”
NTC-22.04.15 “Study of oscillations of thin plates”
NTC-22.04.23 “Free fall”
NTC – 22.04.25 “Determination of body inertia moment in a dynamic way”
NTC-22.05.1.B “Heat engineering and thermodynamics”
NTC-22.05.2.B “Fluid thermal engineering”
NTC-22.05.3 “Determination of coefficient of air viscosity “
NTC-22.05.4 “Determination of the ratio of heat capacities at constant pressure and constant volume”
NTC-22.05.5 “Determination of thermal conductivity of air”
NTC-22.05.10 “Determination of sound speed in air”
NTC-22.05.12 “Measurement of heat capacity of bodies”
NTC-22.05.13 “Study of first order phase transition – melting”
NTC-22.05.15 “Study of thermal characteristics of metals”
NTC-22.05.20 “Study of moist air processes”
NTC-22.05.24 “Measurement of vaporization heat”
NTC-22.05.26 “Observation of the liquid-gas phase transition at the stagnation point”
NTC-22.05.27 “Determination of air and water vapor mutual diffusion coefficient”
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