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23 Cards in this Set
- Front
- Back
set
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a well defined collection of objects (represented by a captial letter)
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elements
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the objects in a set (represented by a lower case letter)
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equal sets
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2 or more sets that contain exactly the same elements; the order in ehich the elements are listed in irrelevent
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empty or null set
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the set that contains no elements
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universal set
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the set of all elements of interest in a particular discussion
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disjoint sets
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sets that have no elements in common; the intersection of a disjoint set is the nullset
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complement of a set A
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the set of all elements in the universal set the do not belong to the set A
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A is a subset of B
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if A__B then every element in A is in B ans A can be equal to B
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A is a proper subset of B
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is A__B, then every element in A is in B and A must be "smaller" than B
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Experiment
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an activity with abservable results
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trial
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each repetition of an experment
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__
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an element of the set
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__
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not an element of the set
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__
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a subset of the set
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__
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a proper subset of the set
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sample space
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the set of all possible outcomes of an experiment (in set theory this was the universal set)
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simple outcome
(sampile point) |
the result of an experiment or a single element in the sample space
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event
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a subset of the sample space(a set of outcomes)
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mutually exclusive events
(M.E.) |
events that have no outcomes in common(the therm used in set theort was disjointed sets)
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certain event
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an event that has a probability of 1.0
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impossible event
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an event that has a probability of 0
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theoretical probability
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the probability that is assigned to an event throught the use of theoretical means (i.e. equations or formulas)
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empirical probability
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the probability that is assigned to an event using past experiences of the gathering data
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