one value for "Y" for every "X" is related by a function... it cannot be a function if it has more than one Y value for an X value
Function.
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.
Function
Function
It is the set on which the relation is defined to the set which is known as the range.
Function.
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.
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.
It is an injective relation.
Function
one value for "Y" for every "X" is related by a function... it cannot be a function if it has more than one Y value for an X value
one value for "Y" for every "X" is related by a function... it cannot be a function if it has more than one Y value for an X value
Function
It is an invertible function.
Another name for a relation that pairs each element in its domain with exactly one element in its range is a "function." In mathematical terms, a function is a specific type of relation where every input (or domain element) is associated with a single output (or range element). This unique pairing is fundamental to the definition of a function in mathematics.
A function is a special type of relation that pairs each value from the domain with exactly one value from the range. This means that for every input (domain value), there is a unique output (range value). Functions are often represented as equations, graphs, or tables, ensuring that no input is associated with multiple outputs.
It is the set on which the relation is defined to the set which is known as the range.