Two sets are equivalent if they have the same cardinality.
For finite sets it simply means that the two sets have the same number of distinct elements.
Thus {1, 2, 3, 3} is equivalent to {a, b, b, b, b, c, c}; each set has cardinality 3.
For infinite sets, it is a bit more complicated. If you can define a bijective mapping (one-to-one and onto) from the elements of one set to the elements of the other then the two sets are equivalent. By definition, bijective mappings must have an inverse so defining the mapping in one direction is sufficient.
It is relatively easy to see that the set of odd integers is equivalent to the set of even integers if you consider the mapping f(x) = x+1 where x is odd. Or perhaps f(x) = x + 7
What is less obvious is that the set of all integers is equivalent to the set of even integers when you consider the mapping f(x) = 2x where x is any integer.
Thus it is possible for a proper subset of an infinite set to be equivalent to the superset!
in a set if two elements or numbers are equal then it is known as equivalent set
Two sets are said to be the equivalent if a (1-1)correspondence can be established between them.If set A is equivalent to set B,then we write A is (1-1)correspondence to set B and It shows the quantities of elements.
If M = {235} all sets that have only 1 element are equivalent to it
equal sets
Yes, they are.
in a set if two elements or numbers are equal then it is known as equivalent set
The Set a natural number between four and 20
Two sets are said to be the equivalent if a (1-1)correspondence can be established between them.If set A is equivalent to set B,then we write A is (1-1)correspondence to set B and It shows the quantities of elements.
In database technology, domain refers to the description of an attribute's allowed values. The physical description is a set of values the attribute can have, and the semantic, or logical, description is the meaning of the attribute.
If M = {235} all sets that have only 1 element are equivalent to it
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equal sets
Yes, they are.
When two set have the same number of cardinately
a set of guiding moral principles or rules of conduct
a set of guiding moral principles or rules of conduct