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coulomb
1[ koo-lom, -lohm, koo-lom, -lohm ]
noun
- Electricity. the standard unit of quantity of electricity in the International System of Units (SI), equal to the quantity of charge transferred in one second across a conductor in which there is a constant current of one ampere. : C
Coulomb
2[ koo-lom, -lohm, koo-lom, -lohm; French koo-lawn ]
noun
- Charles Au·gus·tin de [sh, a, r, l oh-g, y, -, stan, d, uh], 1736–1806, French physicist and inventor.
Coulomb
1/ kulɔ̃; ˈkuːlɒm /
noun
- CoulombCharles Augustin de17361806MFrenchSCIENCE: physicist Charles Augustin de (ʃarl oɡystɛ̃ də). 1736–1806, French physicist: made many discoveries in the field of electricity and magnetism
coulomb
2/ ˈkuːlɒm /
noun
- the derived SI unit of electric charge; the quantity of electricity transported in one second by a current of 1 ampere C
coulomb
1/ ko̅o̅′lŏm′,ko̅o̅′lōm′ /
- The SI derived unit used to measure electric charge. One coulomb is equal to the quantity of charge that passes through a cross-section of a conductor in one second, given a current of one ampere.
Coulomb
2- French physicist who was a pioneer in the study of magnetism and electricity. He is best known for the formulation of Coulomb's law , which he developed as a result of his investigations of Joseph Priestley's work on electrical repulsion. Coulomb also established a law governing the attraction and repulsion of magnetic poles. The coulomb unit of electric charge is named for him.
Word History and Origins
Origin of coulomb1
Example Sentences
Electrostatics systems use the attraction of opposite charges and a physics property called Coulomb forces to create movement.
Coulomb was the maker of the first instrument for measuring a current, which was known as the torsion balance.
In determining the exact quantity of an electric current, physicists make use of a device called a coulomb meter.
The coulomb is defined as the quantity of electricity delivered by a current of one ampere during one second.
The capacity of a conductor or condenser whose potential is raised by one volt when given a charge of one coulomb.
Scarcely fifteen years ago was there anything more ridiculous, more naïvely antiquated, than Coulomb's fluids?
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