One equation that gives this quantity sets it equal to isospin plus half the sum of baryon number and strangeness and was developed by Gell-Mann and Nishijima. The quantization of this quantity was demonstrated in an experiment in which the force of gravity was made to balance the buoyant and electric forces experienced by a set of (*) oil droplets, which was carried out by Robert Millikan; that quantum is equal to one over Avogadro's number times the Faraday constant. The electric flux through a surface is set equal to
One equation that gives this quantity sets it equal to isospin plus half the sum of baryon number and strangeness and was developed by Gell-Mann and Nishijima. The quantization of this quantity was demonstrated in an experiment in which the force of gravity was made to balance the buoyant and electric forces experienced by a set of (*) oil droplets, which was carried out by Robert Millikan; that quantum is equal to one over Avogadro's number times the Faraday constant. The electric flux through a surface is set equal to this quantity enclosed by that surface in Gauss's law. When two bound particles have opposite signs for this property, an electric dipole is created. For 10 points, name this property measured in coulombs.
One equation that gives this quantity sets it equal to isospin plus half the sum of baryon number and strangeness and was developed by Gell-Mann and Nishijima.
electric charge