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What is the domain of the inverse of a relation?
The domain of the inverse of a relation is the range of the relation. Similarly, the range of the inverse of a relation is the domain of the relation.
What is the first set of elements in a relation?
The domain.
How do you find a domain and range of a relation given by a set of order pairs?
Describe how to find the domain and range of a relation given by a set of ordered pairs.
What is the domain of this relation?
(2,-3),(-4,2),(6,2),(-5,-3),(-3,0)
Can the members of the domain be in the members of the range and be a function?
Yes, the domain must correspond to only one member of the range in order to be a function in a member of the domain goes to more than one member of the range it then is a relation and not a function A function is a relation but a relation isnt always a function
What is the domain of the inverse of a relation?
The domain of the inverse of a relation is the range of the relation. Similarly, the range of the inverse of a relation is the domain of the relation.
The domain of an inverse of a relation is the domain of the original relation true or false?
untrue
What is the set of all x values in a relation?
It is the domain of the relation.
Is the domain the x or the y axis?
The domain of a relation is the X axis.
What is the first set of elements in a relation?
The domain.
How do you find a domain and range of a relation given by a set of order pairs?
Describe how to find the domain and range of a relation given by a set of ordered pairs.
What is the function of relation domain and range in mathematics?
A relation is a mapping from elements of one set, called the domain, to elements of another set, called the range. The function of the three terms: relation, domain and range, is to define the parameters of a mapping which may or may not be a function.
Which relation are function relation?
A relation is a mapping between two sets, a domain and a range. A function is a relationship which allocates, to each element of the domain, exactly one element of the range although several elements of the domain may be mapped to the same element in the range.
What is the domain of this relation?
(2,-3),(-4,2),(6,2),(-5,-3),(-3,0)
When is function a relation?
A relation is when the domain in the ordered pair (x) is different from the domain in all other ordered pairs. The range (y) can be the same and it still be a function.
Can the members of the domain be in the members of the range and be a function?
Yes, the domain must correspond to only one member of the range in order to be a function in a member of the domain goes to more than one member of the range it then is a relation and not a function A function is a relation but a relation isnt always a function
Is it in a relation for each element of the domain there is only one corresponding element in the range?
Is it true that in a relation for each element of the domain there is only one corresponding element in the range
