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coulomb$17063$ - traduction vers Anglais
WIKIMEDIA DISAMBIGUATION PAGE
Charles Coulomb (disambiguation); Coulomb, Charles
coulomb
n. Coulomb (Elektrizität- Amperesekunde)
magnetic force
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![Lorentz' theory of electrons. Formulas for the Lorentz force (I, ponderomotive force) and the [[Maxwell equations]] for the [[divergence]] of the [[electrical field]] E (II) and the [[magnetic field]] B (III), ''La théorie electromagnétique de Maxwell et son application aux corps mouvants'', 1892, p. 451. ''V'' is the velocity of light.](https://commons.wikimedia.org/wiki/Special:FilePath/H. A. Lorentz - Lorentz force, div E = ρ, div B = 0 - La théorie electromagnétique de Maxwell et son application aux corps mouvants, Archives néerlandaises, 1892 - p 451 - Eq. I, II, III.png?width=200 "Lorentz' theory of electrons. Formulas for the Lorentz force (I, ponderomotive force) and the [[Maxwell equations]] for the [[divergence]] of the [[electrical field]] E (II) and the [[magnetic field]] B (III), ''La théorie electromagnétique de Maxwell et son application aux corps mouvants'', 1892, p. 451. ''V'' is the velocity of light.")
!['''B'''}} field]] vary in space and time.](https://commons.wikimedia.org/wiki/Special:FilePath/Lorentz force particle.svg?width=200 "'''B'''}} field]] vary in space and time.")
FORCE EXERTED ON A CHARGE IN ELECTROMAGNETIC FIELD
Lorentz equation; Magnetic force; Lorenz force; VxB force; Lorentz Force Law; Lorentz force law; Lorentz Force; Magnetic Force; Lorentz forces; Lorentz law; Laplace force; F=qv X B
Magnetkraft, magnetische Kraft (Physik, Anziehungskraft aufgrund unterschiedlicher Ladung von Feldern)
internal friction
![Figure 1: Simulated blocks with [[fractal]] rough surfaces, exhibiting static frictional interactions<ref name="statfric" />](https://commons.wikimedia.org/wiki/Special:FilePath/Friction between surfaces.jpg?width=200 "Figure 1: Simulated blocks with [[fractal]] rough surfaces, exhibiting static frictional interactions<ref name=\"statfric\" />")
FORCE RESISTING THE RELATIVE MOTION OF SOLID SURFACES, FLUID LAYERS, AND MATERIAL ELEMENTS SLIDING AGAINST EACH OTHER
Friction coefficient; Frictional coefficient; Coefficient of friction; Static friction; Kinetic friction; Coefficient of static friction; Sliding friction; Sliding Friction; Kinetic Friction; Static Friction; Frictional force; Force of friction; Frictional Force; Coulomb friction; Angle of friction; Friction coefficients; Coefficient of kinetic friction; Dynamic friction; Dry friction; Starting friction; Friction angle; Internal friction; Friction physics; Limiting friction; Starting Friction; Coefficient of sliding friction; Coulomb's law of friction; Contact friction
interne Reibung
Définition
Coulomb
The practical unit of quantity of electricity. It is the quantity passed
by a current of one ampere intensity in one second. It is equal to 1/10
the C. G. S. electro-magnetic unit of quantity, and to 3,000,000,000 C.
G. S. electrostatic units of quantity. It corresponds to the
decomposition of .0935 milligrams of water, or to the deposition of
1.11815 milligrams of silver.
[Transcriber's note: A coulomb is approximately 6.241E18 electrons. Two point charges of one coulomb each, one meter apart, exerts a force of 900,000 metric tons.] Coulomb's Laws of Electrostatic Attraction and Repulsion. 1. The repulsions or attractions between two electrified bodies are in the inverse ratio of the squares of their distance. 2. The distance remaining the same, the force of attraction or repulsion between two electrified bodies is directly as the product of the quantities of electricity with which they are charged.
[Transcriber's note: A coulomb is approximately 6.241E18 electrons. Two point charges of one coulomb each, one meter apart, exerts a force of 900,000 metric tons.] Coulomb's Laws of Electrostatic Attraction and Repulsion. 1. The repulsions or attractions between two electrified bodies are in the inverse ratio of the squares of their distance. 2. The distance remaining the same, the force of attraction or repulsion between two electrified bodies is directly as the product of the quantities of electricity with which they are charged.
Wikipédia
Charles Coulomb
Charles Coulomb may refer to:
- Charles-Augustin de Coulomb (1736–1806), French physicist known for his work in electromagnetics
- Charles A. Coulombe, American author
