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In philosophy, a supertask is a countably infinite sequence of operations that occur sequentially within a finite interval of time. [1] Supertasks are called hypertasks when the number of operations becomes uncountably infinite .
The thought experiment concerns a lamp that is toggled on and off with increasing frequency. Thomson's lamp is a philosophical puzzle based on infinites. It was devised in 1954 by British philosopher James F. Thomson, who used it to analyze the possibility of a supertask, which is the completion of an infinite number of tasks.
Strasberg, for example, dismissed the "Method of Physical Action" as a step backwards. [101] Just as an emphasis on action had characterised Stanislavski's First Studio training, so emotion memory continued to be an element of his system at the end of his life, when he recommended to his directing students:
In social psychology, superordinate goals are goals that are worth completing but require two or more social groups to cooperatively achieve. [1] The idea was proposed by social psychologist Muzafer Sherif in his experiments on intergroup relations, run in the 1940s and 1950s, as a way of reducing conflict between competing groups. [2]
Divisible tasks can be divided into subtasks and individual members can be assigned specific subtasks to be completed in contribution to the greater task. [2] For example, a group of students assigned a test to complete together as a group, can divide the questions among the individual students to be completed based on specific areas of expertise.
Thomson's conditions for the experiment are insufficiently complete, since only instants of time before t≡1 are considered. Benacerraf's essay led to a renewed interest in infinity-related problems, set theory and the foundation of supertask theory.
Besides the cardinality, which describes the size of a set, ordered sets also form a subject of set theory. The axiom of choice guarantees that every set can be well-ordered, which means that a total order can be imposed on its elements such that every nonempty subset has a first element with respect to that order.
The theory of attribute substitution unifies a number of separate explanations of reasoning errors in terms of cognitive heuristics. [1] In turn, the theory is subsumed by an effort-reduction framework proposed by Anuj K. Shah and Daniel M. Oppenheimer , which states that people use a variety of techniques to reduce the effort of making decisions.