Determination of the directional size of two coil springs by strain measurement
Determination of the directional magnitude of two coil springs by measuring the period of oscillation
Determination of the torsional modulus of several drill rods
Experiment M2: Torsional vibrations
Determination of the angular directrix of a spiral spring
Proof of the validity of Steiner's theorem
Determining the moment of inertia of differently shaped bodies
Experiment M4: Flow resistance and buoyancy
Measurement of the flow resistance of various bodies as a function of cross-section and dynamic pressure
Measurement of lift and drag of flat plates as a function of dynamic pressure and angle of attack
Experiment E1: Electric field
Investigation of the dependence of the spatially constant electric field strength in the plate capacitor on the voltage and the plate spacing
Investigation of the dependence of the capacitance of a plate capacitor on the plate area and the plate spacing
Experiment E2: Magnetic field
Investigation of the dependence of the magnetic flux density on the excitation current inside a long coil
Investigation of the spatial dependence of the magnetic flux density on the symmetry axis of various coils and simple wire loops
Investigation of the dependence of the maximum flux density of the coils on their length and number of turns and in the wire loops on the radius and number of turns
Experiment K1: Basic experiments in nuclear physics
Investigation of the frequency distribution of pulse rates of a radioactive preparation
Determination of the range of alpha radiation from americium-241 in air
Investigation of the distance dependence of the pulse rate for the radioactive radiation of strontium-90 in air
Experiment K2: Basic experiments in nuclear physics II
Investigation of the frequency distribution of the pulse rate of natural radioactivity
Determination of the half-life of the short-lived uranium by-product protactinium Pa-234 m after separation from uranium-238
Investigation of the attenuation of beta radiation from strontium-90 in various solid materials
Experiment W1: Calorimetry
Determining the heat capacity of a calorimeter
Determination of the specific heat capacity of 3 different solids
Experiment W2: Linear expansion of solids
Determining the linear expansion coefficients of various solid materials
Experiment W3: The Joule-Thomson effect
Determination of the Joule-Thomson coefficient for N2Â and CO2
Experiment W4: The adiabatic gas oscillator
Determination of the adiabatic exponent of air, nitrogen and carbon dioxide using the adiabatic gas oscillator
Experiment W5: Vapour pressure and critical point
Observation of the liquid level of sulphur hexaflouride (SF6) during heating and cooling in the pressurised chamber
Determination of the critical temperature of sulphur hexaflouride
Experiment W7: The Stirling engine
Determining the heat output of the burner
Determination of the energy dissipated by the unloaded motor by determining the area in the pV diagram for one revolution
Determination of the mechanical and electrical power output as a function of speed
Calculation of the efficiency of the Stirling engine for the case of maximum useful output
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