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Ostensible vs Observable - What's the difference?

ostensible | observable | Related terms |

Ostensible is a related term of observable.


As adjectives the difference between ostensible and observable

is that ostensible is apparent, evident; meant for open display while observable is able to be observed.

As a noun observable is

(physics) any physical property that can be observed and measured directly and not derived from other properties.

ostensible

English

Adjective

(en adjective)
  • Apparent, evident; meant for open display.
  • * 1956–1960 , (second edition, 1960), chapter ii: “Motives and Motivation”, page 32:
  • Motives, of course, may be mixed; but this only means that a man aims at a variety of goals by means of the same course of action. Similarly a man may have a strong motive or a weak one, an ulterior motive or an ostensible one.
  • * '>citation
  • In witch-trials the conflict was officially defined as between the accused and God, or between the accused and the Catholic (later Protestant) church, as God's earthly representative. [...]
    Behind the ostensible conflict of the witch-trial lay the usual conflicts of social class, values, and human relationships.
  • Appearing as such; being such in appearance; professed, supposed (rather than demonstrably true or real).
  • The ostensible reason for his visit to New York was to see his mother, but the real reason was to get to the Yankees game the next day.

    Derived terms

    * ostensibly

    Antonyms

    * (meant for open display)

    References

    * ----

    observable

    English

    Adjective

    (en adjective)
  • Able to be observed.
  • * The strange new star was at the edge of the observable universe
  • Deserving to be observed.
  • * Easter is an observable holiday
  • Noun

    (wikipedia observable) (en noun)
  • (physics) Any physical property that can be observed and measured directly and not derived from other properties
  • Temperature is an observable but entropy is derived.
    In quantum mechanics, observables''' correspond to Hermitian operators. Also, they act a lot like random variables. Taking their average one may recover something resembling a classical '''observable .
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