Examples of using Finite set in English and their translations into Swedish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Official/political
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Computer
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Programming
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Political
And now, the finite set.
A finite set of states Q.
B be two finite sets.
Let be a finite set of integers.
It is a computer implementation of the mathematical concept of a finite set.
Let be finite sets of positive integers.
An alternating group is the group of even permutations of a finite set.
Let be a finite set of positive integers.
The set of values of a function when applied to elements of a finite set is finite. .
Let be a finite set of points in three-dimensional space.
where all elements of a finite set are equally likely.
A finite set of distinct real numbers has the following properties.
Similarly, any surjection between two finite sets of the same cardinality is also an injection.
respectively, of a finite set of positive integers.
Find all finite sets of points in the plane with the following property.
torque are held at a finite set of nominally constant values;
Let be four finite sets of coloursnot necessarily distinct nor disjoint.
Q is a finite set of states.
A For a finite set of natural numbers,
Find the minimal positive integer such that there exists a finite set of distinct positive integers satisfying the following two conditions.
Let be a finite set with elements and be three-elements subsets of,
computationally complex behavior from the interaction of a finite set of rules and parameters.
Find the least number of elements of a finite set such that there exists a function with the property.
A is a finite set of ordered-tuples of positive integers such that if are positive integers with for and, then.
Let be an increasing mapping from the family of subsets of a given finite set into itself, i.e. such that for every we have Prove that there exists a subset of such that.
The finite sets,,, are given
The generalizations that constitute scientific laws can never be logically deduced from a finite set of observable facts,
The union of two finite sets is finite, with| S∪ T|≤| S|+| T|.{\displaystyle|S\cup T|\leq|S|+|T|.} In fact:| S∪ T|| S|+| T|-| S∩ T|.{\displaystyle|S\cup T|=| S|+| T|-| S\ cap T|.} More generally, the union of any finite number of finite sets is finite. .
In combinatorics, a finite set with n elements is sometimes called an n-set and a subset with k elements is called a k-subset.
The number of elements of a finite set is a natural number(a non-negative integer)