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Linear and recursive
Linear search can also be described as a recursive algorithm:

Linear and sequences
Another similar system used to write the Greek language was the Cypriot syllabary ( also a descendant of Linear A via the intermediate Cypro-Minoan syllabary ), which is closely related to Linear B but uses somewhat different syllabic conventions to represent phoneme sequences.
During battle sequences, the game uses the Multi-Line Linear Motion Battle System, a variation of the Linear Motion Battle System used in previous Tales series.

Linear and are
The vowels are significant in the Greek language, and the syllabical Linear B script which was used by the Mycenaean Greeks from the 16th century BC had 87 symbols including 5 vowels.
* Linear, when a number of firing units are equally distant from the linear kill zone.
Linear alkenes of approximately five to sixteen carbons are liquids, and higher alkenes are waxy solids.
While connection with Anatolian names has been suggested, the earliest attested forms of the name Artemis are the Mycenaean Greek a-te-mi-to and a-ti-mi-te, written in Linear B at Pylos.
Linear operators are ubiquitous in the theory of quantum mechanics.
Linear polymers are created using monomers with two reactive end groups and monomers with more than two end groups give three dimensional polymers which are crosslinked.
In the Linear B Mycenean Greek tablets of circa 1400-1200 BC found at Pylos, the " two mistresses and the king " are identified with Demeter, Persephone and Poseidon.
Linear dynamical systems and systems that have two numbers describing a state are examples of dynamical systems where the possible classes of orbits are understood.
Linear equations are so-called, because when they are plotted, they describe a straight line ( hence linear ).
* Linear algebraic groups ( or more generally affine group schemes ) — These are the analogues of Lie groups, but over more general fields than just R or C. Although linear algebraic groups have a classification that is very similar to that of Lie groups, and give rise to the same families of Lie algebras, their representations are rather different ( and much less well understood ).
Other such pieces of quasi-evidence are names of Trojan heroes in Linear B tablets.
Linear hashing and spiral storage are examples of dynamic hash functions that execute in constant time but relax the property of uniformity to achieve the minimal movement property.
Linear actions of Lie groups are especially important, and are studied in representation theory.
Though the two scripts – Linear A and B – share some of the same symbols, using the syllables associated with Linear B in Linear A writings produces words that are unrelated to any known language.
This ambiguity represents the current state of understanding of the language of Linear A: the known elements are too scarce to build a safe hypothesis about supposed affiliations with known languages.
A stone ladle from Troullos ( TL Za 1 ) is a likely example of a votive text that is read according to the hypothesis that Linear A values are equal to Linear B values:

Linear and whose
* Rectilinear motion ( Linear motion ) – motion which follows a straight linear path, and whose displacement is exactly the same as its trajectory.
Thus, on the Mycenean Linear B tablets found at Pylos, the name Poseidon occurs frequently in connection with the wanax (" king "), whose power and wealth were increasingly maritime rather than equestrian in nature.
The Ertebølle culture was roughly contemporaneous with the Linear Pottery culture, food-producers whose northernmost border was located just to the south.
During the 5th millennium BC, the Ertebølle culture took up pottery from the Linear Pottery culture in the south, whose members had long cultivated the land and kept animals.

Linear and function
* Linear belief function
Linear prediction is a mathematical operation where future values of a discrete-time signal are estimated as a linear function of previous samples.
* Linear response function
* Linear programming-Maximize a linear function subject to linear inequality constraints
Linear interpolation is often used to approximate a value of some function f using two known values of that function at other points.
Linear systems analysis defines the transfer function as the complex ratio between the output signal spectrum and the input signal spectrum as a function of frequency.
; Linear predictor function
From bottom to top: Linear basis functions ( blue ) and ( green ), their weight functions and and the resulting quadratic basis function.
* Linear response function
* Linear response function
Linear extrapolation will only provide good results when used to extend the graph of an approximately linear function or not too far beyond the known data.
Linear viscoelasticity is when the function is separable in both creep response and load.
Linear mapping is a function between two vector spaces that preserves the operations of vector addition and scalar multiplication.
See the article Linear response function.
For error distributions that belong to the Exponential family, a link function may be used to transform the parameters under the Generalised Linear Model framework.
Linear phase is a property of a filter, where the phase response of the filter is a linear function of frequency, excluding the possibility of wraps at.
# REDIRECT Linear function
* Linear response function
* Linear Men-an organization in the DC Comics universe that performs a similar function, with confines of the fictional DC Universe.

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