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* ID :  [https://www.wikidata.org/wiki/Q629085 Q629085]

2020년 12월 26일 (토) 05:20 판

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말뭉치

  1. The phrases "multivalued function" and "partial function" upset some picky types who say things like, "But a multi­valued func­tion is not a func­tion!".[1]
  2. The term "multivalued function" is, therefore, a misnomer since functions are single-valued.[2]
  3. The indefinite integral is a multivalued function of real-valued functions.[2]
  4. The practice of allowing function in mathematics to mean also multivalued function dropped out of usage at some point in the first half of the twentieth century.[2]
  5. A multivalued function also known as multi-function, multimap, set-valued function.[3]
  6. The term of ”multivalued function” is not correct, but became very popular.[3]
  7. Also the indefinite integral can be considered as a multivalued function.[3]
  8. Well… Our multivalued function here does not have an infinite number of values for each z: it has only two, namely √r ei(θ/2) and √r ei(θ/2 + π).[4]
  9. A multiple-valued function can be considered as a collection of single-valued functions, each member of which is called a branch of the function.[5]
  10. One way to generalize this notion is to remove the uniqueness aspect of this assignment, and what results is a multivalued function.[6]
  11. Another way of looking at a multivalued function is to interpret it as a special type of a relation , called a total relation.[6]
  12. All of this becomes a bit clearer using the notion of the Riemann Surface associated with a multiple valued function on the complex plane.[7]
  13. In mathematics, a multivalued function, also called multifunction, many-valued function, set-valued function, is similar to a function, but may associate several values to each input.[8]
  14. The term multivalued function originated in complex analysis, from analytic continuation.[8]
  15. Alternatively, dealing with the multivalued function allows having something that is everywhere continuous, at the cost of possible value changes when one follows a closed path (monodromy).[8]
  16. Every real number greater than zero has two real square roots, so that square root may be considered a multivalued function.[8]
  17. A branch point is a point “z” where a multivalued function equals zero or infinity.[9]

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