1. Measuring the horizontal component of the magnetic field of the earth tangent compass
2. Measurement of inductance using the RLC resonance circuit
3. Measuring the electrical conductivity of materials using a four-point
4. Measuring the width of the semiconductor band gap temperature dependence of conductivity
5. Measuring Planck's constant and the electron work function of the photoelectric effect in the vacuum fotonce
6. Measurement of induced voltage depending on the frequency and position of secondary coil
7. Measurement of interaction parameters β and γ-rays with matter
8. Verification of Poisson statistics of radioactive decay Geigerovým - Muller computer
2. Measurement of inductance using the RLC resonance circuit
3. Measuring the electrical conductivity of materials using a four-point
4. Measuring the width of the semiconductor band gap temperature dependence of conductivity
5. Measuring Planck's constant and the electron work function of the photoelectric effect in the vacuum fotonce
6. Measurement of induced voltage depending on the frequency and position of secondary coil
7. Measurement of interaction parameters β and γ-rays with matter
8. Verification of Poisson statistics of radioactive decay Geigerovým - Muller computer