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{{Short description|Vector that points from one end of a polymer to the other}} ...al chain random walk.svg|thumb|right|<math>\vec R</math> is the end-to-end vector of the [[polymer]].]] ...

{{Short description|Vector field}} ...on''' (sometimes '''matter symmetry''' and abbreviated to '''MC''') is a [[vector field]] that satisfies the condition, ...

{{short description|Element of a vector space}} {{Other uses|Vector (disambiguation){{!}}Vector}} ...

...of partitioning the [[magnetic field]] [[Vector (mathematics and physics)|vector]], '''B'''<math>(r, \theta, \phi)</math>, measured over the surface of a sp [[Category:Physical quantities]] ...

|[[Image:StressMeasures.png|thumb|400px|Quantities used in the definition of stress measures]] ...th>d\Gamma</math> with outward normal <math>\mathbf{n}</math> and traction vector <math>\mathbf{t}</math> leading to a force <math>d\mathbf{f}</math>. Note ...

In [[particle physics]], the '''axial current''', also denoted the ''pseudo-vector'' or ''chiral'' current, is the [[conserved current]] associated to the [[c ...[[quantum field theory]], [[internal symmetries]] also result in conserved quantities. For example, the [[U(1)]] [[gauge transformation]] of [[Quantum electrodyn ...

...rvation points (from Topocentric Equatorial Coordinate System) and general physical data. == Observer position vector == ...

...n observer moving with that frame to make measurements and define physical quantities. The [[covariance principle]] states the [[laws of physics]] should transfo transforms as a [[four-vector]], that is, under the [[Representations of the Lorentz group#Common represe ...

...h> transformation is the generation of the reference signal used for space vector modulation control of three-phase [[Inverter (electrical)|inverters]]. ...ath> transformation can be thought of as the projection of the three phase quantities (voltages or currents) onto two stationary axes, the alpha axis and the bet ...

...such as vertical motion and [[frontogenesis]]. Q-vectors are not physical quantities that can be measured in the atmosphere but are derived from the [[quasi-geo ...s=31–38|doi=10.1002/qj.49710443903 |bibcode=1978QJRMS.104...31H }}</ref> Q-vector derivation can be simplified for the midlatitudes, using the midlatitude β- ...

...nstate. These quantities naturally depend on <math>\vec k</math>, the wave-vector of the incident wave, which is related to its energy by: The values of these quantities of interest, the [[transmission coefficient]] <math>T</math> (in case of on ...

...finite. Some two-dimensional mathematical spaces are not used to represent physical positions, like an [[affine plane]] or [[complex plane]]. ...le is the flat [[Euclidean plane]], an idealization of a flat surface in [[physical space]] such as a sheet of paper or a chalkboard. On the Euclidean plane, a ...

...y reduction in '''F''' or d'''S''' equivalently (resolved into [[Euclidean vector#Decomposition|components]], θ is angle to normal '''n'''). '''F'''•d'''S''' Here <math> \mathbf{\hat{t}} \,\!</math> is a [[unit vector]] in the direction of the flow/current/flux. ...

...e=The Uncertainty Principle | journal=Physical Review | publisher=American Physical Society (APS) | volume=34 | issue=1 | date=1929-07-01 | issn=0031-899X | do ...=Huang |first1=Yichen |title=Variance-based uncertainty relations |journal=Physical Review A |date=10 August 2012 |volume=86 |issue=2 |page=024101 |doi=10.1103 ...

Let '''u'''('''x''',t) be a [[vector function]] describing a [[single mode]] of an [[simple harmonic oscillator| ...>\cdot </math>'''B''' denotes the [[dot product]] between the [[Euclidean vector|vectors]] '''A''' and '''B'''. This is the equation for a [[plane wave]] an ...

...trapezoid procedures for computing Jupiter's position and [[Displacement (vector)|motion]].<ref>{{cite journal |last=Ossendrijver |first=Mathieu |date=29 Ja ...t. Oresme's proof is also the first known example of the modelization of a physical problem as a mathematical function with a graphical representation, as well ...

===Initial quantities=== ===Electric quantities=== ...

...arizes [[equation]]s used in [[optics]], including [[geometric optics]], [[physical optics]], [[radiometry]], [[diffraction]], and [[interferometry]].<!--maybe ====General fundamental quantities==== ...

...T is the first example wherein the MONDian behavior is mapped to the gauge vector fields. The physical geometry, as seen by particles, represents the [[Finsler geometry]]–Randers ...

...]) is a [[tensor]] that rotates the [[reference frame]] of a three-element vector or a three-by-three element matrix in an effort to simplify analysis. The t ...ronous machines, the transformation transfers three-phase stator and rotor quantities into a single rotating reference frame to eliminate the effect of time-vary ...