coulomb
IPA: kˈaʊɫʌm
noun
- In the International System of Units, the derived unit of electric charge; the amount of electric charge carried by a current of 1 ampere flowing for 1 second. Symbol: C
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Examples of "coulomb" in Sentences
- Coulomb is just some guy's name.
- See coulomb and ampere for the details.
- The Coulomb barrier would be irrelevant.
- The centripetal force is the Coulomb force.
- This is an upper bound for the Coulomb gap.
- A. Coulomb discovered the conductivity of air.
- For the atomic orbital and the Coulomb potential,
- A coulomb is a measurement of charge, not energy.
- The electron is bound to the proton by the Coulomb force.
- The roots of maxwell in coulomb and ampere are historical, not logical.
- Is there a corresponding issue with coulomb forces acting at a distance?
- Therefore the coulomb, rather than the ampere, was the Si base electrical unit.
- The joule (symbol J, also called Newton meter, or coulomb volt) is the SI unit of energy and work.
- The product of A · s is called coulomb in honour of the French physicist Charles Auguste de Coulomb (1736 -
- In elementary Electro-Dynamics, we modeled coulomb forces (say from a point charge) as acting instantaneously.
- Futher reading (click here if you dare) uncovers other obsessions with coulomb forces in nuclear fusion and a notion that space-time curvature sets humans apart as a species.
- December 21st, 2008 at 8: 50 pm auto ins teenager quot mmi inc com in irving tx rogue says: auto ins teenager quot mmi inc com in irving tx rogue … conspicuously? weigh Kuwait Jon coulomb?
- Instead of focusing on real experimental facts (generation of excess heat) discussion quickly shifted to theoretical considerations, such as coulomb barrier, expectations based on wrong models, etc.
- "Gravity doesn't act that fast, on the other hand, electric force, the coulomb attraction, is 39 orders of magnitude stronger than gravity and explains why "changes over just a few months" can be observed & measured."
- There is a divergent self-energy for the electron due to the energy of its coulomb field that diverges much faster (power law) in the classical case than in the quantum case (logarithmically), considered as a function of the cutoff on the “size” of the electon.