point of origin

  • 31point-de|vise — point de|vice, point de|vise or point de|vyse «POYNT dih VYS», adjective, adverb. Archaic. –adj. 1. perfect; precise. 2. scrupulously nice or neat. –adv. completely; perfectly; exactly …

    Useful english dictionary

  • 32point-de|vice — point de|vice, point de|vise or point de|vyse «POYNT dih VYS», adjective, adverb. Archaic. –adj. 1. perfect; precise. 2. scrupulously nice or neat. –adv. completely; perfectly; exactly …

    Useful english dictionary

  • 33Origin of religion (disambiguation) — Origin of religion may refer to: Development of religion For the study of social and psychological aspects of how religions develop History of religion A history of religion Evolutionary origins of religion for information on the evolutionary… …

    Wikipedia

  • 34origin facility — The point of entry used by mailer presenting a mailing …

    Glossary of postal terms

  • 35Point groups in three dimensions — In geometry, a point group in three dimensions is an isometry group in three dimensions that leaves the origin fixed, or correspondingly, an isometry group of a sphere. It is a subgroup of the orthogonal group O(3), the group of all isometries… …

    Wikipedia

  • 36Origin of the Romanians — History of Romania This article is part of a series Prehistory …

    Wikipedia

  • 37Origin of language — The origin of language is the emergence of language in the human species. This is a highly controversial topic, empirical evidence being so limited that many regard it as unsuitable for serious scholars. In 1866, the Linguistic Society of Paris… …

    Wikipedia

  • 38Origin (mathematics) — The origin of a Cartesian coordinate system In mathematics, the origin of a Euclidean space is a special point, usually denoted by the letter O, used as a fixed point of reference for the geometry of the surrounding space. In a Cartesian… …

    Wikipedia

  • 39Origin of the Albanians — Part of a series on Albanians …

    Wikipedia

  • 40Point on plane closest to origin — In Euclidean 3 space we will find the point on an arbitrary plane that is closest to the origin using the method of Lagrange multipliers. First, let us start with an arbitrary plane, ax + by + cz = d. The distance, L, from the origin to a point… …

    Wikipedia