1) To set in a rank or row. To put in order.
2) Music: To adapt for other instruments or voices.

From M.E. arayngen, from M.Fr. arangier, from O.Fr. arengier,
from a- "to," → ad-, + rangier "set in a row,"
from rang, → rank.

Rezgidan "to set in a row," from Lori rezg "row," related to
râst, → right, Av. rāz- "to direct, draw a line;"
probably ultimately from Proto-Ir. *Hrazaka- "row."

arrangement

رزگمان

rezgmân

Fr.: arrangement

The act of arranging or being arranged. Result or manner of
arranging.

The ratio of the maximum to minimum signal
levels present in an image. For instance, a true 12-bit digital camera
is capable of providing a dynamic range of 4096 to 1.

A set of second order → differential equations
for a system of particles which relate the kinetic energy of the system to the
→ generalized coordinates, the generalized forces, and the time.
If the motion of a → holonomic system is described by the
generalized coordinates q_{1}, q_{2}, ..., q_{n}
and the → generalized velocitiesq^{.}_{1},
q^{.}_{2}, ...,
q^{.}_{n},
the equations of the motion are of the form:
d/dt (∂T/∂q^{.}_{i}) -
∂T/∂q^{.}_{i} = Q_{i}
(i = 1, 2, ..., n), where T is the kinetic energy of the system and
Q_{i} the generalized force.

1) A globose berry with a yellowish to reddish-orange rind and a sweet edible pulp.
2) Any of a group of colors that are between red and yellow in hue
(Merriam-Webster.com).

M.E., from O.Fr. orange, orenge, from M.L. pomum de orenge,
from It. arancia, originally narancia, alteration of Ar.
nâranj, from Pers. nârang, from Skt. narangah "orange tree."

Nârenji, from nârenj "orange," as above.

range

۱) بُرد؛ ۲)، ۳) گستره

1) bord; (#) 2), 3) gostaré (#)

Fr.: 1) portée; 2), 3) étendue

1) Physics: The maximum distance a projectile travels.
2) Math.: The → set of values that actually comes out of a
→ function. The range is a → subset
of the → codomain.
3) Statistics: The interval between the largest and smallest values in a
statistical distribution.

M.E., from O.Fr. range "range, rank," from rangier "to place in a row,
arrange," from reng "row, line."

1) Bord past stem of bordan "to carry, transport"
(Mid.Pers. burdan,
O.Pers./Av. bar- "to bear, carry," barəθre "to bear
(infinitive)," Skt. bharati "he carries," Gk. pherein,
L. fero "to carry;" PIE base *bher- "to carry").
2) Gostaré, from gostar, gostardan
"to expand; to spread; to diffuse" (Mid.Pers.
wistardan "to extend; to spread;" Proto-Iranian *ui.star-;
Av. vi- "apart, away from, out" (O.Pers. viy- "apart, away;" cf. Skt. vi-
"apart, asunder, away, out;" L. vitare "to avoid, turn aside") +
Av. star- "to spread," starati
"spreads;" cf. Skt. star- "to spread out, extend, strew,"
strnati "spreads;" Gk. stornumi "I spread out," strotos
"spread, laid out;" L. sternere "to spread;" Ger.
Strahlung "radiation," from strahlen "to radiate," from Strahl
"ray;" from M.H.G. strāle; from O.H.G. strāla "arrow,"
stripe; PIE base *ster- "to spread").

spectral range

گسترهی ِ بینابی

gostare-ye binâbi

Fr.: domain spectral

The observable spectral range provided by a spectroscope,
as determined by the grating dispersion, camera focal
length, and detector size.

M.E., from O.Fr. estrange "foreign, alien," from L. extraneus
"foreign, external," from extra "outside of," → extra-.

Šegeft, from Mid.Pers. škaft, škift, škuft
"strange, wonderful, amazing;" Av. skapta- "wonderful."

strange particle

ذرهی ِ شگفت

zarre-e šegeft

Fr.: particule étrange

An elementary particle created in high-energy particle
collisions having a short life and a strangeness quantum number of 1. For example,
sigma and xi baryons are strange particles. A strange particle is produced when a
strange quark is created in a high-energy collision.
→ strangeness.

→ strange;
the concept of "strange" arose from the observation that these particles
decay rapidly, in contrast to others that do not.
→ particle.

strangeness

شگفتی

šegefti (#)

Fr.: étrangeté

A quantum number used to describe certain short-lived
particles. It is defined as the number of strange anti-quarks
minus the number of strange quarks in a particle. Strangeness is conserved in any
strong and electromagnetic interaction, but not in weak interactions.

Strangeness, the quality or condition of being → strange.