Folder with 84 described experiments inthe fields of:1. Mechanics2. Acoustics3. Thermodynamics4. Electricity5. Optics6. Physical structure of matter
| Title |
Product |
| Charles's (Amontons') law - variant B |
P1364300 |
| Charles's (Amontons') law - variant A |
P1364200 |
| Gay-Lussac's law |
P1364100 |
| Radioactive equilibrium |
P1364000 |
| Law of radioactive decay |
P1363900 |
| The quantum flow of gamma rays in air |
P1363700 |
| Absorption of gamma quanta (electrons) as a function of thematerial density |
P1363800 |
| Absorption of electrons (or positrons) in thin layers ofmatter |
P1363600 |
| Average range of beta radiation in air |
P1363500 |
| Range of alpha particles in air |
P1363400 |
| Free damped oscillation |
P1363300 |
| Phase relationships in a series resonant circuit |
P1363200 |
| Switch bounce |
P1363100 |
| Acoustic orientation in space |
P1363000 |
| Determination of the speed of sound in the air - measurementof the travel time between two microphones |
P1362900 |
| Signal filtration - elimination of background noises |
P1362800 |
| High-pass, low-pass, band-pass filters |
P1362700 |
| Analysis of Fourier series |
P1362600 |
| Forced oscillations of a nonlinear electrical series resonant circuit - chaotic oscillation |
P1362500 |
| Coupled electrical resonant circuits |
P1362400 |
| Speech analysis |
P1362300 |
| Oscillations in metal plates |
P1362200 |
| Analysis of sound |
P1362100 |
| Natural oscillations in cavity resonators - Helmholtz reso-nators |
P1362000 |
| Influence of damping on the spectrum of the natural oscilla-tion of air columns |
P1361900 |
| Investigation of the natural oscillation of columns of air |
P1361800 |
| The Fourier spectrum of rectified, non-smoothed alternatingvoltages |
P1361700 |
| Determination of the distortion factor from the Fourierspectrum of distorted sine waves |
P1361600 |
| Spectral analysis of periodic spike pulses |
P1361400 |
| Investigation of beats |
P1361500 |
| Spectral analysis of various signal forms - sinusoidal, rectangular and triangular signals |
P1361300 |
| Analysis of simple and composite sinusoidal signals |
P1361200 |
| Unambiguous and ambiguous Fourier spectra |
P1361100 |
| Boyle-Mariotte law |
P1350200 |
| Charles's (Amontons') law |
P1350100 |
| Gay-Lussac's law |
P1350000 |
| Volume expansion of gases |
P1349900 |
| Specific heat of heat of combustion of spirit |
P1349800 |
| Specific dissolution heat of salts |
P1349700 |
| Specific melting heat of ice |
P1349600 |
| Specific condensation heat of water |
P1349500 |
| Specific heat capacity of solid bodies |
P1349400 |
| Specific heat capacity of liquids |
P1349300 |
| Specific evaporation heat of water |
P1349200 |
| Specific heat capacity of water |
P1349100 |
| Uniformly accelerated rotational motion, moment of inertia |
P1338200 |
| Uniform rotational motion |
P1338100 |
| Moment of inertia of various bodies: disk, solid and hollowcylinder - Steiner's theorem |
P1338000 |
| Dependence of the oscillation period of a leaf spring on thependulum length and mass |
P1337900 |
| Harmonic oscillation of helical springs - parallel and se-ries connection of springs |
P1337800 |
| Pendulum oscillations - variable g pendulum |
P1337700 |
| Frequency of a thread pendulum |
P1337600 |
| The inelastic collision |
P1337500 |
| Uniformly accelerated motion, Newton's 2nd law |
P1337300 |
| The path-time law for free fall with the falling sphereapparatus |
P1337000 |
| The elastic collision |
P1337400 |
| Force-free, linear motion |
P1337200 |
| Uniform, linear, unaccelerated motion |
P1337100 |
| Free fall with a screen |
P1336900 |
| Franck-Hertz experiment |
P1336800 |
| Current-voltage characteristic of a solar cell |
P1336700 |
| Measurement of the bounce time of a switch |
P1336600 |
| Investigation of the natural oscillation of columns of air |
P1336100 |
| Measurement of the speed of sound in air |
P1336200 |
| Acoustic Doppler effect |
P1336500 |
| Measurement of the speed of sound in metal rods |
P1336400 |
| Measurement of the speed of sound in various gases |
P1336300 |
| Measurement of the frequency of tuning forks, detuning oftuning forks |
P1336000 |
| Dependence of the illuminance on the distance |
P1331500 |
| Efficiency of a motor and generator |
P1331400 |
| Induction impulse |
P1331200 |
| Generation of an alternating voltage, rectification andsmoothing |
P1331300 |
| Switch-on behaviour of an inductance |
P1331100 |
| Switch-on behaviour of a capacitance |
P1331000 |
| Measurement of the work and power of a light bulb |
P1330900 |
| Inrush current of a light bulb |
P1330800 |
| Second-order conductors |
P1330700 |
| Collector current-collector voltage characteristic of an NPNtransistor |
P1330600 |
| Characteristics of semiconductor diodes |
P1330500 |
| Temperature dependence of the resistance of pure metals |
P1330400 |
| Ohm's law |
P1330300 |
| Frequency of a thread pendulum |
P1330200 |
| Frequency of a spring pendulum |
P1330100 |
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