A type of this quantity can be derived by multiplying the Josephson constant by Planck's constant over two, or taking the square root of von Klitzing's constant over Planck's constant.
A type of this quantity can be derived by multiplying the Josephson constant by Planck's constant over two, or taking the square root of von Klitzing's constant over Planck's constant. Reformulating a problem using imaginary examples of this quantity is the basis for the method of images. The ability of an external field to distort the location of this quantity constitutes polarizability. By Gauss's law, the flux can be expressed as this quantity divided by the permittivity of free space. The (*) electric field is defined as the electric force per unit of this quantity. For a capacitor, this quantity is equal to the capacitance times the voltage. An atomizer was used to introduce oil droplets into a chamber in an experiment that determined this property for a single electron. For 10 points, name this property whose "fundamental" variety was determined by the Millikan experiment, is symbolized q, and is measured in coulombs.
A type of this quantity can be derived by multiplying the Josephson constant by Planck's constant over two, or taking the square root of von Klitzing's constant over Planck's constant.
electric charge [or elementary charge] &lt;Garg&gt;