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Page "Projective linear group" ¶ 47
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order and PSL
The second smallest nonabelian simple group is the projective special linear group PSL ( 2, 7 ) of order 168, and it is possible to prove that every simple group of order 168 is isomorphic to PSL ( 2, 7 ).
The full collineation group is of order 168 and is isomorphic to the group PSL ( 2, 7 )PSL ( 3, 2 ), which in this special case is also isomorphic to the general linear group GL ( 3, 2 ) ≈ PGL ( 3, 2 ).
: is the simple group of order 168, the second smallest non-abelian simple group, and is not an alternating group ; see PSL ( 2, 7 ).
* PSL ( 3, 4 ): 2, order 40320
* 4 < sup > 3 </ sup >: PSL ( 3, 2 ), order 10752
Associated geometries ( tilings on Riemann surfaces ) in which the action on p points can be seen are as follows: PSL ( 2, 5 ) is the symmetries of the icosahedron ( genus 0 ) with the compound of five tetrahedra as a 5-element set, PSL ( 2, 7 ) of the Klein quartic ( genus 3 ) with an embedded ( complementary ) Fano plane as a 7-element set ( order 2 biplane ), and PSL ( 2, 11 ) the ( genus 70 ) with embedded Paley biplane as an 11-element set ( order 3 biplane ).

order and n
( Expressed more technically, in each case the pair ( m, n ) decreases in the lexicographic order on pairs, which is a well-ordering, just like the ordering of single non-negative integers ; this means one cannot go down in the ordering infinitely many times in succession.
* For a finite field of prime order p, the algebraic closure is a countably infinite field which contains a copy of the field of order p < sup > n </ sup > for each positive integer n ( and is in fact the union of these copies ).
In order for Thābit's formula to produce an amicable pair, two consecutive Thabit numbers must be prime ; this severely restricts the possible values of n.
A Bézier curve is defined by a set of control points P < sub > 0 </ sub > through P < sub > n </ sub >, where n is called its order ( n
Another occurrence of this number is in combinatorics, where it gives the number of ways, disregarding order, that k objects can be chosen from among n objects ; more formally, the number of k-element subsets ( or k-combinations ) of an n-element set.
In the case of integer order n, the function is defined by taking the limit as a non-integer α tends to n:
For integer order α = n, J < sub > n </ sub > is often defined via a Laurent series for a generating function:
* The order, or number of elements, of a finite field is of the form p < sup > n </ sup >, where p is a prime number called the characteristic of the field, and n is a positive integer.
GF ( q < sup > n </ sup >) denote the Galois fields of order q and q < sup > n </ sup > respectively, then Gal ( E / F ) is cyclic of order n.
#* We finally use the models in which the D < sub > n </ sub > hold ( in case all are not refutable ) in order to build a model in which φ holds.
Given a set S with a partial order ≤, an infinite descending chain is a chain V that is a subset of S upon which ≤ defines a total order such that V has no least element, that is, an element m such that for all elements n in V it holds that m ≤ n.

order and q
A finite projective plane of order q, with the lines as blocks, is an S ( 2, q + 1, q < sup > 2 </ sup >+ q + 1 ), since it has q < sup > 2 </ sup >+ q + 1 points, each line passes through q + 1 points, and each pair of distinct points lies on exactly one line.
A finite affine plane of order q, with the lines as blocks, is an S ( 2, q, q < sup > 2 </ sup >).
An affine plane of order q can be obtained from a projective plane of the same order by removing one block and all of the points in that block from the projective plane.
This is not a complete pangram as it lacks a j, q, and z. Kousbroek published a Dutch equivalent, which spurred Sallows, who lives in the Netherlands and reads the paper where Kousbroek writes his essays, to think harder about this problem in order to solve it more generally.
* Choose g, a number whose multiplicative order modulo p is q.
Since g > 1 and q is prime, g must have order q.
Since g has order q ( mod p ) we have
The order of GL ( n, q ) is:
Note that in the limit q1 the order of GL ( n, q ) goes to 0!

order and is
( Since the time-span of the nation-state coincides roughly with the separate existence of the United States as an independent entity, it is perhaps natural for Americans to think of the nation as representative of the highest form of order, something permanent and unchanging.
`` I have just come from viewing a man who had made the fortune of his country, but now is working all night in order to support his family '', he reflected.
A new order is thrusting itself into being.
As his disciples boast, even though his emphasis is elsewhere, Faulkner does show his awareness of the changing order of the South quite keenly, as can be proven by a quick recalling of his Sartoris and Snopes families.
Yet his concern even here is with a slowly changing socio-economic order in general, and he never deals with such specific aspects of this change as the urban and industrial impact.
The resulting picture might appear a maze of restless confusions and contradictions, but it is more true to life than a portrait of an artificially contrived order.
An order can be chanced rather than chosen, and this approach produces an experience that is `` free and discovered rather than bound and remembered ''.
The `` approximate '' is important, because even after the order of the work has been established by the chance method, the result is not inviolable.
If a work is divided into several large segments, a last-minute drawing of random numbers may determine the order of the segments for any particular performance.
Accordingly, it is the aim of this essay to advance a new theory of imitation ( which I shall call mimesis in order to distinguish it from earlier theories of imitation ) and a new theory of invention ( which I shall call symbol for reasons to be stated hereafter ).
In order to exonerate himself, he is compelled to find the real criminal, who happens to be his girl friend.
For this change is not a change from one positive position to another, but a change from order and truth to disorder and negation.
For paradigmatic history `` breaks '' rather than unfolds precisely when the movement is from order to disorder, and not from one order to a new order.
Seemingly, order is perceived as a kind of subsistent entity now covered by adventitious accretions.
The problem is to remove the accretions and thereby uncover the order that was always there.
Such a response, of course, misses the point that in crisis order is going out of existence.
Moreover its posture of stubborn but simple resistance is doomed to failure because of the metaphysical weakness of the existent form of order, once the activation of change has reached visible proportions.
It is not implied that formal principles and procedures are so firmly entrenched within the public order of the world community or even of free commonwealths that they will control in all circumstances involving Jews and Gentiles during coming years.
At this point a working definition of idea is in order, although our first definition will have to be qualified somewhat as we proceed.
Here an important caveat is in order.
It is not possible to reconstruct fully the arrangements whereby these honors lists were then made up or even how the names that they contained assumed the order in which we find them.
Like ours, the economy of the space merchants must constantly expand in order to survive, and, like ours, it is based on the principle of `` ever increasing everybody's work and profits in the circle of consumption ''.

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