(2, 5.3) is one example.
A relation is defined as a set of ordered pairs. A function is a special kind of relation ...
Y is the second number in a set of ordered pairs.
To determine if a set of ordered pairs is not a function, check if any input (x-value) is associated with more than one output (y-value). If you find at least one x-value that corresponds to multiple y-values, then the set is not a function. Additionally, you can visualize the pairs on a graph; if any vertical line intersects the graph at more than one point, it indicates that the relation is not a function.
The question does not contain an equation nor an inequality. There cannot, therefore be any ordered pairs which can satisfy an expression.
A set of ordered pairs in which no two ordered pairs have the same first element is known as a "function." In this context, each first element (or input) is associated with exactly one second element (or output), ensuring that each input maps uniquely to an output. This property allows for clear relationships between the elements, making functions a fundamental concept in mathematics.
coordinates
A relation is defined as a set of ordered pairs. A function is a special kind of relation ...
In general you cannot. Any set of ordered pairs can be a graph, a table, a diagram or relation. Any set of ordered pairs that is one-to-one or many-to-one can be an equation, function.
Y is the second number in a set of ordered pairs.
If a set of ordered pairs is not a relation, the set can still be a function.
Coordinates
Relationship can also be represented by a set of ordered pairs called a function.
If there are any pairs with the same second element but different first elements, then it is not a function. Otherwise it is.
Cartesian product is the name that refers to the set of the ordered pairs. The Cartesian product of two sets A and B is AB.
Any set of ordered pairs. {(0,0),(2,3),(2,-7)} is a relation.
set of ordered pairs
You didn't show the Ordered Pairs so there is no way this question could be answered.