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{{r|Elementary charge}}

{{r|Elementary charge}}

! [[Electric charge|Q]] ([[elementary charge|e]]) ! [[Electric charge|Q]] ([[elementary charge|e]])

...phosphorus]] by ''Z'' = 15. A proton having a positive charge ''e'' (the [[elementary charge]]), the atom of a chemical element has nuclear charge ''Ze''. Thus, the car

...tstyle h/e^2</math> (where ''h'' is [[Planck's constant]] and ''e'' is the elementary charge), which makes calibration easy using the [[quantum Hall effect]]. This is

{{r|Elementary charge}}

...movement of [[Electron|electron]]s, very small particles with a negative [[elementary charge]] that appear in all materials. In some materials, like wood and plastics,

! [[Electric charge|Q]] ([[elementary charge|e]]) Unlike a particle's electric charge, which can be any multiple of the elementary charge ''e'', a quark can carry only ''one'' unit of color. The elementary unit of

...&pi;)'', ''&mu;₀'' is the [[magnetic constant]], ''e'' is the [[elementary charge]], ''m_e'' is the electron mass, ''c₀'' is the [[SI un

...ism|electromagnetism]], and manifests itself as integer multiples of the ''elementary charge'' often denoted by ''e'' and with a value in [[SI units]] of {{nowrap|1.602 Electric charge is observed as integer multiples of the elementary charge, with magnitude equal to that of the [[electron]]. In the [[Standard Model]

{{r|Elementary charge}}

where ''R_&infin;'' is the [[Rydberg constant]], ''e'' is the [[elementary charge]], ''&epsilon;₀'' is the [[electric constant]], ℏ is the reduc |[[elementary charge]]

...10^&minus;19 C. The current accepted value is the value of the [[elementary charge]] 1.6022&times;10^&minus;19 C.

...ltage|thermal voltage]]'', calculated from [[Boltzmann's constant]], the [[elementary charge|charge on an electron]], and the transistor temperature in [[kelvin]]s. At

where ''e'' is the [[Elementary charge|electron charge]] and '''v''' is the electron velocity. This force upon the with ''e'' = the [[Elementary charge|electron charge]], ℏ = [[Planck's constant]] divided by 2π, and ''m<sub>

...-1)'', where ''Z'' is the [[atomic number]] of the atom and ''e'' is the [[elementary charge]]. A better&mdash;but never used&mdash;name would therefore be hydrogen-lik * ''e'' is the [[elementary charge]] (charge of an electron),

...characteristic of a species of atoms is the number of units of positive [[Elementary charge|charge]] in the [[Nucleus (atomic)|nucleus]] of its atoms, i.e., the number ...''Z'' gives the positive charge of the nucleus in units of the so-called [[elementary charge]], symbolized ''e''. In current (2010) atomic "models", it is believed that

<td rowspan="1"> For work on the elementary charge of electricity and on the photoelectric effect

...are called [[ions]], they are designated by their [[charge]] in units of [[elementary charge]], which is equal to the negative of the number of surplus electrons presen

...umber 3.14, 2exp[-i 300], the mass of the Earth in [[kilogram]], and the [[elementary charge]] in [[Coulomb (unit)|Coulomb]].