Hand-on experiments:

M2.Ionizing radiation.Determination of linear and mass absorption coefficient of gamma rays for different materials.  M2 Instruction

M3.Electrical activity of the heart.Electrocardiography.Determination of the heart's electrical vector. M3 Instruction part 1. M3 Instruction part 2 

M4.Laminar and turbulent flow.Measurement of fluid viscosity. M4 Instruction

M5.The sense of hearing.Measures of auditory threshold. M5 Instruction

M6.Physical principles of ultrasound in medicine.Ultrasonography. Determination of  blood pressure. M6 Instruction

M7.Modeling the electrical properties of biological objects.Examination of serial RLC circuit. M7 Instruction

M8.The phenomenon of absorption and emission of light in analysis.Measurement of absorption spectra and the concentration of riboflavin in aqueous solutions using a spectrophotometer.Determination of concentrations of substances in solution using fluorescence. M8 Instruction

M9.Optical rotation of solutions.Measurement of the concentration of optically active substances by using a polarimeter. M9 Instruction

M10.Determination of changes of thermodynamic function of state.Determination of changes in the entropy of the system.Determination of enthalpy change in the process of dissolving salt. M10 Instruction

M13.Eye model. Determination of focusing power of the lenses by using an optical bench. M13 Instruction part 1. M13 Instruction part 2.