Fornax A is a radio galaxy with extensive radio lobes that corresponds to the optical galaxy NGC 1316, a 9th-magnitude galaxy.

This corresponds to a radio wavelength of 1 light-nanosecond or 0. 3 m, as can be calculated by multiplying 1 ns by the speed of light ( approximately 3 m / s ) to determine the distance traveled.

Radio frequency ( RF ) is a rate of oscillation in the range of about 3 kHz to 300 GHz, which corresponds to the frequency of radio waves, and the alternating currents which carry radio signals.

Therefore, since the ability to visually see a transmitting antenna ( disregarding the limitations of the eye's resolution ) roughly corresponds to the ability to receive a radio signal from it, the propagation characteristic of high-frequency radio is called " line-of-sight ".

* Radio frequency, a rate of oscillation that corresponds to the frequency of radio waves and the alternating currents which carry radio signals

: The NFL Today is also the name of the radio show that corresponds with the television show.

NGC 1275 corresponds to the radio galaxy Perseus A and is situated near the centre of the large Perseus Cluster of galaxies.

In general, each wavelength corresponds to only one element, and the width of an absorption line is only of the order of a few picometers ( pm ), which gives the technique its elemental selectivity.

The forward potential of these diodes depends on the wavelength of the emitted photons: 2. 1 V corresponds to red, 4. 0 V to violet.

The non-abelian character of the SU ( 3 ) corresponds thereby to the non-trivial " chemical links “, which glue different loop segments together, and " asymptotic freedom " means in the polymer analogy simply the fact that in the short-wave limit, i. e. for ( where R < sub > c </ sub > is a characteristic correlation-length for the glued loops, corresponding to the above-mentioned " bag radius ", while λ < sub > w </ sub > is the wavelength of an excitation ) any non-trivial correlation vanishes totally, as if the system had crystallized.

This corresponds with a frequency of 2. 4 Hz, and a wavelength of 125 nm ( this is in far ultraviolet ).

A smaller wavelength corresponds to a higher energy according to the equation E = hc / λ.

When sodium or its compounds are introduced into a flame, they turn it yellow, because the excited 3s electrons of sodium emit a photon when they fall from 3p to 3s ; the wavelength of this photon corresponds to the D line at 589. 3 nm.

" Furthermore the Spectral Irradiance Monitor ( SIM ) has found in the same period that spectral solar irradiance ( SSI ) at UV ( ultraviolet ) wavelength corresponds in a less clear, and probably more complicated fashion, with earth's climate responses than earlier assumed, fueling broad avenues of new research in " the connection of the Sun and stratosphere, troposphere, biosphere, ocean, and Earth ’ s climate ".

In fact, the modern explanation of the uncertainty principle, extending the Copenhagen interpretation first put forward by Bohr and Heisenberg, depends even more centrally on the wave nature of a particle: Just as it is nonsensical to discuss the precise location of a wave on a string, particles do not have perfectly precise positions ; likewise, just as it is nonsensical to discuss the wavelength of a " pulse " wave traveling down a string, particles do not have perfectly precise momenta ( which corresponds to the inverse of wavelength ).

The length of q corresponds to 2 divided by the wavelength of the oscillation.

Electrical lengthening is the modification of an aerial which is shorter than a whole-number multiple of a quarter of the radiated wavelength, by means of a suitable electronic device, without changing the physical length of the aerial, in such a way that it corresponds electrically to the next whole-number multiple of a quarter of the used wavelength.

* Light from the Sun: The effective temperature of the Sun is 5778 K. Using Wien's law, it is often concluded that this corresponds to a peak emission at a wavelength of 2. 90 million nm K / 5778 K = 502 nm.

When the spectrum is reckoned per frequency interval, the Sun's peak emission appears at a frequency of 3. 43 x 10 < sup > 14 </ sup > Hz ; this means that the peak emission per unit frequency is at 3. 43 x 10 < sup > 14 </ sup > Hz, which corresponds to a wavelength of 883 nm and is well into the infrared.

The resulting wavelength is 8. 3386 angstroms ( 0. 83386 nm ) which corresponds to a photon energy of 1486. 7 eV.

Non-monochromatic magnesium X-rays have a wavelength of 9. 89 angstroms ( 0. 989 nm ) which corresponds to a photon energy of 1253 eV.

This corresponds to a wavelength of 0. 3 mm, as can be calculated by multiplying 1 ps by the speed of light ( approximately 3 x 10 < sup > 8 </ sup > m / s ) to determine the distance traveled.

Usually a wavelength of 550 nm is assumed, which corresponds to green light.

The lumen is defined to be unity for a radiant energy of 1 / 683 watt at a frequency of 540 THz, which corresponds to a standard air wavelength of 555. 016 nm rather than 555 nm, which is the peak of the luminosity curve.

The frequency of light used in the definition corresponds to a wavelength of 555 nm, which is near the peak of the eye's response to light.

Sometimes, the excited state is metastable, so the relaxation back out of the excited state is delayed ( necessitating anywhere from a few microseconds to hours depending on the material ): the process then corresponds to either one of two phenomena, depending on the type of transition and hence the wavelength of the emitted optical photon: delayed fluorescence or phosphorescence, also called after-glow.

When an isosbestic plot is constructed by the superposition of the absorption spectra of two species ( whether by using molar absorptivity for the representation, or by using absorbance and keeping the same molar concentration for both species ), the isosbestic point corresponds to a wavelength at which these spectra cross each other.

To ionize neutral hydrogen, an energy larger than 13. 6 eV is required, which corresponds to photons with a wavelength of 91. 2 nm or shorter.

We may calculate the ratio of the populations of the two states at room temperature ( T ≈ 300 K ) for an energy difference ΔE that corresponds to light of a frequency corresponding to visible light ( ν ≈ 5 × 10 < sup > 14 </ sup > Hz ).

Consequently, a phrase such as " the energy is 300 wavenumbers " should be interpreted or restated as " the energy corresponds to a wavenumber of 300 cm < sup >− 1 </ sup >.

Actual Sniper Weapon System ( M24 ) adopted in 1988 has stated maximum effective range of 800 meters and a maximum allowed average mean radius ( AMR ) of 1. 9 inches at 300 yards from a machine rest, what corresponds to a 0. 6 MOA ( 0. 5 mrad ) extreme spread for a 5-shot group when using 7. 62 x 51 mm M118 Special Ball cartridges.

In 2010 maximum bullet dispersion requirement for M24. 300 Winchester Magnum corresponds 1. 4 MOA extreme spread for 5 shot group on 100 meters.

Practical limitations set a convenient electron energy to 100 – 300 keV that corresponds to λ = 3. 7 – 2. 0 pm.

Thābit's rule corresponds to the case m = n-1.

A single-bit transmission error then corresponds to a displacement from a valid corner ( the correct message and checksum ) to one of the m adjacent corners.

Multiplying by a linear phase for some integer m corresponds to a circular shift of the output: is replaced by, where the subscript is interpreted modulo N ( i. e., periodically ).

* The Royal Hotel corresponds with the architecture of the Town Hall about 200 m away

This maximal radiation density corresponds to about eV / m < sup > 3 </ sup > =, which is nearly eleven orders of magnitude greater than the observed value of.

The light that corresponds to direct transmission ( or specular reflection in the case of a reflection grating ) is called the zero order, and is denoted m = 0.

The order m = 0 corresponds to a direct transmission of light through the grating.

One dyn / cm corresponds to 0. 001 N / m.

The difference of 0. 0178 m / s² between the gravitational acceleration at the poles and the true gravitational acceleration at the equator is because objects located on the equator are about 21 kilometers further away from the center of mass of the Earth than at the poles, which corresponds to a smaller gravitational acceleration.

In terms of the total mass M, the nuclear mass m, the density ρ, and a fudge factor f which takes into account geometrical and other effects, criticality corresponds to

which as an observable corresponds to the total energy of a particle of mass m in a real potential field V. Differential operators are an important class of unbounded operators.

If are the usual orthogonal Cartesian coordinates, the i th row ( i = 1, ..., m ) of this matrix corresponds to the gradient of the i < sup > th </ sup > component function F < sub > i </ sub >:.

The energy of the particle is given by, where h is the Planck constant, m is the mass of the particle, n is the energy state ( n = 1 corresponds to the ground-state energy ), and L is the width of the well.

The column proper, that is the shaft without the pedestal, the statue and its base, is 29. 76 m high, a number which almost corresponds to 100 Roman feet ; beginning slightly above the bottom of the base, the helical staircase inside measures a mere 8 cm less.

* Angular resolution: about 4 arcminutes, or approximately 0. 07 °, which corresponds to 1. 2 m at a 1 km distance.

This corresponds to the condensate anomalous dimension γ < sub > m </ sub > in Eq.

Heuristically, if we have a space M for which each point m ∈ M corresponds to an algebro-geometric object U < sub > m </ sub >, then we can assemble these objects into a topological family U over M. ( For example, the Grassmanian G ( k, V ) carries a rank k bundle whose fiber at any point ∈ G ( k, V ) is simply the linear subspace L ⊂ V .) We say that such a family is universal if any family of algebro-geometric objects T over any base space B is the pullback of U along a unique map B → M. A fine moduli space is a space M which is the base of a universal family.

By convention, n corresponds to the number of nodes of the radial eigenfunction, l indicates the total number of nodal lines on spheres, and m tells how many of these nodal lines cross the equator.

This definition is a generalization of the above example to higher dimensions: suppose given an affine algebraic variety V and a point v of V. Morally, modding out m < sup > 2 </ sup > corresponds to dropping the non-linear terms from the equations defining V inside some affine space, therefore giving a system of linear equations that define the tangent space.