Coulomb's Potential and Electric Field of Metallic Spheres
Sku: 280351
Phywee
€5,865.43
€7,038.52
Topics covered:
- Electric field / Intensity / Flux
- Electric charge / Gauss's law
- Surface charge density
- Induction
- Electrostatic potential
- Potential difference
Principles and objectives:
Conducting spheres of different diameters are electrically charged. The static potentials and corresponding electric field intensities are determined by computer using an electric field meter with a potential measuring probe, based on position and voltage.
In detail, the proposed tasks are: For a conducting sphere with diameter 2R = 12 cm, the electrostatic potential is determined based on the voltage at a constant distance from the sphere's surface / For conducting spheres with diameters 2R = 12 cm and 2R = 4 cm, the electrostatic potential at constant voltage is determined based on the distance from the sphere's surface / For both conducting spheres, the electric field intensity is determined based on the charge voltage at three different distances from the sphere's surface / For the conducting sphere with diameter 2R = 12 cm, the electric field intensity is determined based on the distance from the sphere's surface at a constant charge voltage.
Comments:
Provides high non-dangerous voltage. Lossless measurement of electric field intensity. Very sensitive electric field meter, also suitable for electrostatic voltage measurements.
- Potential probe - Capacitor plate with opening d=55mm - High voltage DC power supply: 0... ± 10 kV, 2 mA - Conductive spheres: d=20 mm / d=40 mm / d=120 mm - 10 megohm resistor - Insulating rod / Base / Connecting rod / Tripod - Graduated ruler, l=1000 mm - Rubber tube, inner diameter = 6mm - Burner, butane sudogaz x2000 - Butane cartridge 190 g - Connection wires: 30 kV, l = 500mm / 32 A: 750 mm / 250 mm - Electric field measuring device, USB
Thématique TP | Électricité |