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J'ai trouvé l'eau si belle que je m'y suis baignée. (refrain) Il y a longtemps que je t'aime, jamais je ne t'oublierai Sous les feuilles d'un chêne, je me suis fait sécher. Sur la plus haute branche, un rossignol chantait. (refrain) Chante, rossignol, chante, toi qui as le cœur gai. Tu as le cœur à rire… moi je l'ai à pleurer. (refrain)
ne plus ultra: nothing more beyond: Also nec plus ultra or non plus ultra. A descriptive phrase meaning the most extreme point, or the best form, of something. Most notably the Pillars of Hercules were in the geographic sense the nec plus ultra of the ancient Mediterranean world, before the discovery of the Americas.
In number theory, Bertrand's postulate is the theorem that for any integer >, there exists at least one prime number with < < A less restrictive formulation is: for every >, there is always at least one prime such that
It is defined by adapting the definition of Liouville numbers: instead of requiring the existence of a sequence of pairs (,) that make the inequality hold for each —a sequence which necessarily contains infinitely many distinct pairs—the irrationality exponent () is defined to be the supremum of the set of for which such an infinite ...
On April 1, 1992 the STQ became the Corporation professionnelle des traducteurs et interprètes agréés du Québec (CPTIAQ) and on October 15, 1994, in compliance with the Act to amend the Professional Code and other Acts respecting the professions, the Corporation changed its name to the Ordre des traducteurs et interprètes agréés du ...
Bruno de Bessé (2002), "École de traduction et d'interprétation de l'Université de Genève", Traduire: Revue française de la traduction (in French), no. 192, pp. 53– 67 Louis Truffaut (1980), "L'École de traduction et d'interprétation de l'Université de Genève", Cahiers européens - Europäische Hefte - Notes from Europe (in French ...
Any finite natural number can be used in at least two ways: as an ordinal and as a cardinal. Cardinal numbers specify the size of sets (e.g., a bag of five marbles), whereas ordinal numbers specify the order of a member within an ordered set [9] (e.g., "the third man from the left" or "the twenty-seventh day of January").
Demonstration, with Cuisenaire rods, of the abundance of the number 12. In number theory, an abundant number or excessive number is a positive integer for which the sum of its proper divisors is greater than the number.