EQ321E

Main Experiments

• Electrification, principles of electrostatics, static electricity. — 1082.032
• Electrostatics, electrification processes using a leaf electroscope. — 1082.033
• — 1992.012A
• Equipotential surfaces, lines of force, and electric field between point electrodes. — 1082.029C1
• Equipotential surfaces, lines of force, and electric field between parallel plane electrodes. — 1082.030C1
• The Faraday cage and electrostatic shielding. — 1082.031C1
• The capacitance of a capacitor as a function of the distance between its plates. — 1082.016D
• Series and parallel lamp connections. — 1082.044C2
• The function of a fuse, the Joule effect. — 1082.044D2
• The measurement of the potential difference voltage between two points in a DC circuit. — 1082.044G2
• The measurement of electric current intensity in different sections of a DC circuit. — 1082.044H2
• Determining the electrical power of components in a mixed electrical circuit. — 1082.092A_7
• The association of capacitors in series and in parallel. — 1082.044J2
• Ohm's first law, a relationship that links the three main electrical quantities. — 1082.044E2
• Series connection of resistors, determining the equivalent resistor. — 1082.044F2
• Identifying a resistor that does not obey Ohm's law, a non-ohmic resistor. — 1082.044I2
• The electrical resistance offered by a diode and its polarization. — 1082.044L2
• Kirchhoff's loop law. — 1082.044M2
• Charging and discharging a capacitor in a series RC circuit. — 1082.067B
• The electric current as a function of voltage and electrical resistance in a conductor, Ohm's first law. — 1082.058B
• Electrical resistance as a function of conductor length and cross-sectional area, Ohm's second law. — 1082.057B
• Measuring the wavelength of mercury's spectral lines. — 1062.004MN
• Magnetic induction inside a loop and a solenoid carrying an electric current. — 1082.173
• The levitation effect with ring magnets. — 1082.123A
• Observing the magnetic field lines around different magnets. — 1082.122B
• Observing the magnetic field lines around magnets and objects placed within their magnetic field. — 1082.116A
• Magnetic field lines around a magnet and one of the ways to magnetize a ferromagnetic object. — 1082.120D
• The magnetic balance and the force that propels it. — 1082.138
• The direct current electric motor, an application of the laws of electromagnetism. — 1082.154
• Oersted's experiment and electromagnetism. — 1082.127B
• Faraday's law, Lenz's law, Faraday-Lenz-Neumann law, electromagnetic induction, electromagnetic phenomena. — 1082.128A_1
• The electrical voltage transformer. — 1082.176_62
• — 1082.181B
• — 1082.181C
• The photoelectric effect. — 1062.008
• Discharge into the air under atmospheric pressure. — 1082.012_1
• Configuration of the power lines between electrodes, the lightning rod, the Faraday cage, and the coaxial cable. — 1082.020A_1
• The electrical potential and the amount of charge stored in the generator. — 1082.027_1
• The length of the spark in the Van de Graaff generator and the dielectric strength. — 1082.027A_1
• The operating principle of the leaf electroscope and the distribution of charges in a conductor. — 1082.004_1
• Turning on a fluorescent lamp without contact with the generator. — 1082.026_1
• Lighting a neon lamp without physical contact with the generator. — 1082.026A_1
• Making an electric fountain. — 1082.026B_1
• Strips of paper that repel each other, using a generator. — 1082.026C_1
• Simulating a lightning rod with the generator. — 1082.026D_1
• Making your hair stand on end with the electrostatic generator. — 1082.026E_1
• The turnstile, an effect of the electric wind, with the generator. — 1082.026F_1