X intercepts
A set of ordered pairs is a relation. Or Just simply "Coordinates"
It is the set on which the relation is defined to the set which is known as the range.
A relation doesn't have an "output value", in the sense that a function does. A set of values is either part of the relation, or it isn't.
The domain of a relation is the set of all possible input values (or independent variables) for which the relation is defined. In mathematical terms, it includes all the first elements of ordered pairs in a set of ordered pairs. For functions, the domain specifies the values for which the function can produce valid outputs. Understanding the domain is crucial for analyzing the behavior and limitations of the relation.
All functions are relations but all relations are not functions.
Domain
domain
The range
The set of all y-coordinates of a relation is called the "range." It represents all possible output values that the relation can produce based on its corresponding x-coordinates (or inputs). The range provides insight into the behavior of the relation and the values it can take.
A set of ordered pairs is a relation. Or Just simply "Coordinates"
The set of all x-values from the graph of a relation on the xy-plane is called the "domain." The domain represents all the possible inputs for the relation. Conversely, the set of all y-values is referred to as the "range."
It is the codomain, often called the range.
The set of all the x-coordinate is called The Range. * * * * * Though more often, the x-coordinates are called the DOMAIN (and the y-coordinates are the RANGE).
The set of all y-values from the graph of a relation on an xy-plane is called the "range." It represents all the possible output values that the relation can produce when the input values (x-values) are applied.
It is the domain of the relation.
The Range is the set of all possible output values of a function or relation.
A relation R is a set A is called empty relation if no element of A is related to any element of R