slovník.iz.sk - online slovník

slovo	definícia
theorem (mass)	theorem - teoréma
theorem (encz)	theorem,věta n: [mat.]
Theorem (gcide)	Theorem \The"o*rem\, v. t. To formulate into a theorem. [1913 Webster] Theorematic
Theorem (gcide)	Theorem \The"o*rem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]
theorem (wn)	theorem n 1: a proposition deducible from basic postulates 2: an idea accepted as a demonstrable truth

podobné slovo	definícia
coase theorem (encz)	Coase Theorem,Coaseův teorém [eko.] RNDr. Pavel Piskač
coase theorem corollary (encz)	Coase Theorem Corollary,důsledek Coaseova teorému [eko.] RNDr. Pavel Piskač
pythagorean theorem (encz)	Pythagorean theorem,
theorems (encz)	theorems,teorémy n: pl. Zdeněk Brož
Binomial theorem (gcide)	Theorem \The"orem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]Binomial \Bino"mi*al\, a. 1. Consisting of two terms; pertaining to binomials; as, a binomial root. [1913 Webster] 2. (Nat. Hist.) Having two names; -- used of the system by which every animal and plant receives two names, the one indicating the genus, the other the species, to which it belongs. [1913 Webster] Binomial theorem (Alg.), the theorem which expresses the law of formation of any power of a binomial. [1913 Webster]
Negative theorem (gcide)	Theorem \The"o*rem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]
Particular theorem (gcide)	Theorem \The"o*rem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]
Theorem (gcide)	Theorem \The"orem\, v. t. To formulate into a theorem. [1913 Webster] TheorematicTheorem \The"orem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]
Theorem of Pappus (gcide)	Theorem \The"orem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]Centrobaric \Cen`trobar"ic\, a. [Gr. (?) ? a treatise of Archimedes on finding the center of gravity, fr. ? gravitating toward the center; ? center + ? weight.] Relating to the center of gravity, or to the process of finding it. [1913 Webster] Centrobaric method (Math.), a process invented for the purpose of measuring the area or the volume generated by the rotation of a line or surface about a fixed axis, depending upon the principle that every figure formed by the revolution of a line or surface about such an axis has for measure the product of the line or surface by the length of the path of its center of gravity; -- sometimes called theorem of Pappus, also, incorrectly, {Guldinus's properties}. See Barycentric calculus, under Calculus. [1913 Webster]
theorem of Pappus (gcide)	Theorem \The"orem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]Centrobaric \Cen`trobar"ic\, a. [Gr. (?) ? a treatise of Archimedes on finding the center of gravity, fr. ? gravitating toward the center; ? center + ? weight.] Relating to the center of gravity, or to the process of finding it. [1913 Webster] Centrobaric method (Math.), a process invented for the purpose of measuring the area or the volume generated by the rotation of a line or surface about a fixed axis, depending upon the principle that every figure formed by the revolution of a line or surface about such an axis has for measure the product of the line or surface by the length of the path of its center of gravity; -- sometimes called theorem of Pappus, also, incorrectly, {Guldinus's properties}. See Barycentric calculus, under Calculus. [1913 Webster]
Theorematic (gcide)	Theorematic \The`oremat"ic\, Theorematical \The`oremat"ic*al\, a. [Cf. Gr. ?.] Of or pertaining to a theorem or theorems; comprised in a theorem; consisting of theorems. [1913 Webster]
Theorematical (gcide)	Theorematic \The`oremat"ic\, Theorematical \The`oremat"ic*al\, a. [Cf. Gr. ?.] Of or pertaining to a theorem or theorems; comprised in a theorem; consisting of theorems. [1913 Webster]
Theorematist (gcide)	Theorematist \The`orem"atist\, n. One who constructs theorems. [1913 Webster]
Theoremic (gcide)	Theoremic \The`o*rem"ic\, a. Theorematic. --Grew. [1913 Webster] Theoretic
Universal theorem (gcide)	Theorem \The"o*rem\, n. [L. theorema, Gr. ? a sight, speculation, theory, theorem, fr. ? to look at, ? a spectator: cf. F. th['e]or[`e]me. See Theory.] 1. That which is considered and established as a principle; hence, sometimes, a rule. [1913 Webster] Not theories, but theorems (?), the intelligible products of contemplation, intellectual objects in the mind, and of and for the mind exclusively. --Coleridge. [1913 Webster] By the theorems, Which your polite and terser gallants practice, I re-refine the court, and civilize Their barbarous natures. --Massinger. [1913 Webster] 2. (Math.) A statement of a principle to be demonstrated. [1913 Webster] Note: A theorem is something to be proved, and is thus distinguished from a problem, which is something to be solved. In analysis, the term is sometimes applied to a rule, especially a rule or statement of relations expressed in a formula or by symbols; as, the binomial theorem; Taylor's theorem. See the Note under Proposition, n., 5. [1913 Webster] Binomial theorem. (Math.) See under Binomial. Negative theorem, a theorem which expresses the impossibility of any assertion. Particular theorem (Math.), a theorem which extends only to a particular quantity. Theorem of Pappus. (Math.) See Centrobaric method, under Centrobaric. Universal theorem (Math.), a theorem which extends to any quantity without restriction. [1913 Webster]