< li > An Apple I reportedly sold for $ 50, 000 USD at auction in 1999.

< li > A unit was sold in September 2009 for $ 17, 000 on eBay.

< li > A unit was sold on March 23, 2010 for $ 42, 766 on eBay.

< li > In November 2010, an Apple I with serial number 82 sold for £ 133, 250 ($ 210, 000 ) at Christie's auction house in London.

< li > On June 15, 2012, a working Apple I was sold at auction by Sotheby's for a record $ 374, 500, more than double the expected price .</ li >

< ol type =" 1 ">< li > Such as occurred in the private life of individuals, e. g.

< ol type =" a ">< li > Living in celibacy at a time when a person ought to be married to provide the state with citizens.

< li > The dissolution of matrimony or betrothment in an improper way, or for insufficient reasons.

< li > Improper conduct towards one's wife or children, as well as harshness or too great indulgence towards children, and disobedience of the latter towards their parents.

< li > Inordinate and luxurious mode of living, or an extravagant expenditure of money.

< li > Neglect and carelessness in cultivating one's fields.

< li > Cruelty towards slaves or clients.

< li > The carrying on of a disreputable trade or occupation, such as acting in theatres.

< li > Legacy-hunting, defrauding orphans, etc .</ ol >

< li > Offences committed in public life, either in the capacity of a public officer or against magistrates,

< ol type =" a ">< li > If a magistrate acted in a manner not befitting his dignity as an officer, if he was accessible to bribes, or forged auspices.

< li > Improper conduct towards a magistrate, or the attempt to limit his power or to abrogate a law which the censors thought necessary.

< li > Perjury.

< li > Neglect, disobedience, and cowardice of soldiers in the army.

< li > The keeping of the equus publicus ( a horse kept by patrician equestrian militia at public expense ) in bad condition .</ ol >

< li > A variety of actions or pursuits which were thought to be injurious to public morality, might be forbidden by an edict, and those who acted contrary to such edicts were branded with the nota and degraded.

Various linguists have seen these North Eurasian languages as part of: < ul >< li > a Ural – Altaic language family ( popular until 1960s )</ li >< li > a Uralic and an Altaic family ( Anna V. Dybo | Dybo, Roy Andrew Miller | Miller, Nicholas Poppe | Poppe )</ li >< li > separate Uralic, Turkic languages | Turkic and Mongolian language | Mongolian families ( Gerard Clauson | Clauson, Gerhard Doerfer | Doerfer, Stefan Georg | Georg )</ li >< li > a Eurasiatic or Nostratic macrofamily ( Joseph Greenberg | Greenberg, Sergei Starostin | Starostin, Allan Bomhard | Bomhard )</ li ></ ul >

The International Time Bureau ( BIH ) began a time scale, T < sub > m </ sub > or AM, in July 1955, using both local caesium clocks and comparisons to distant clocks using the phase of VLF radio signals.

Algeria has always been a source of inspiration for different painters who tried to immortalize the prodigious diversity of the sites it offers and the profusion of the facets that passes its population, which offers for Orientalists between the 19 < sup > th </ sup > century and the 20 < sup > th </ sup > century, a striking inspiration for a very rich artistic creation like Eugène Delacroix with his famous painting women of Algiers in their apartment or Etienne Dinet or other painters of world fame like Pablo Picasso with his painting women of Algiers, or painters issued from the Algiers school.

< center ></ center >

< center >

All 128 ASCII characters, including non-printable characters ( represented by their abbreviations ). The 95 ASCII graphic characters are numbered from 20 < sub > hexadecimal | hex </ sub > to 7E < sub > hexadecimal | hex </ sub > ( decimal 32 to 126 ).

The " space " character had to come before graphics to make sorting easier, so it became position 20 < sub > hex </ sub >; for the same reason, many special signs commonly used as separators were placed before digits.

To keep options available for lower case letters and other graphics, the special and numeric codes were arranged before the letters, and the letter " A " was placed in position 41 < sub > hex </ sub > to match the draft of the corresponding British standard.

The @ symbol was not used in continental Europe and the committee expected it would be replaced by an accented À in the French variation, so the @ was placed in position 40 < sub > hex </ sub > next to the letter A.

We could, alternatively, choose an encoding for Turing machines, where an encoding is a function which associates to each Turing Machine M a bitstring < M >.

We use the stronger statement that every odd ( antipode-preserving ) mapping h: S < sup > n-1 </ sup > → S < sup > n-1 </ sup > has odd degree.

We can then define the differential map d: C < sup >∞</ sup >( M ) → T < sub > x </ sub >< sup >*</ sup > M at a point x as the map which sends f to df < sub > x </ sub >.

We list the elements of A effectively, n < sub > 0 </ sub >, n < sub > 1 </ sub >, n < sub > 2 </ sub >, n < sub > 3 </ sub >, ...

We repeat this procedure to find m < sub > 2 </ sub > > m < sub > 1 </ sub >, etc.

Indeed, following, suppose ƒ is a complex function defined in an open set Ω ⊂ C. Then, writing for every z ∈ Ω, one can also regard Ω as an open subset of R < sup > 2 </ sup >, and ƒ as a function of two real variables x and y, which maps Ω ⊂ R < sup > 2 </ sup > to C. We consider the Cauchy – Riemann equations at z = 0 assuming ƒ ( z ) = 0, just for notational simplicity – the proof is identical in general case.

We can use it as basis to say, " a < b " and " b > a ", two judgments which designate the same state of affairs.

We define the periodic Bernoulli functions P < sub > n </ sub > by

We are interested in the following set of continuous functions called loops with base point x < sub > 0 </ sub >.

The ( unique ) representable functor F: → is the Cayley representation of G. In fact, this functor is isomorphic to and so sends to the set which is by definition the " set " G and the morphism g of ( i. e. the element g of G ) to the permutation F < sub > g </ sub > of the set G. We deduce from the Yoneda embedding that the group G is isomorphic to the group

We must also prevent the decoder from using the last code in the upper block, 2 < sup > n + 1 </ sup > − 1, because when the decoder fills that slot, it will increase the code width.

#* We extend this result to more and more complex and lengthy sentences, D < sub > n </ sub > ( n = 1, 2 ...), built out from B, so that either any of them is refutable and therefore so is φ, or all of them are not refutable and therefore each holds in some model.

#* 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.

where ω is implicitly a function of k. We assume that the wave packet α is almost monochromatic, so that A ( k ) is nonzero only in the vicinity of a central wavenumber k < sub > 0 </ sub >.

If ƒ is complex differentiable at every point z < sub > 0 </ sub > in an open set U, we say that ƒ is holomorphic on U. We say that ƒ is holomorphic at the point z < sub > 0 </ sub > if it is holomorphic on some neighborhood of z < sub > 0 </ sub >.