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What else can I help you with?
State the domain and range for the following functions?
The domain is the set of all input values, the range is the set of all output values. It is not possible to be more specific when you have not included any details of the functions.
If a given input value yields four output values that relationship can be best described as a relation?
TRUE!!! t(-_-)ttrue
What best describes the domain of a function?
The range of a function is the set of all possible input values.
Why all functions are relations but not all relations are functions?
In mathematics, a relation is a set of ordered pairs, where each input is related to one or more outputs. A function is a specific type of relation where each input is related to exactly one output. Therefore, all functions are relations because they involve a set of ordered pairs, but not all relations are functions because some relations may have an input related to multiple outputs, violating the definition of a function.
Which best describes the range of a functionAsk us anything?
The range of a function is the set of all possible output values (y-values) that the function can produce based on its domain (input values). It reflects how the function behaves and can vary depending on the function's definition. For example, the range of a quadratic function may be limited to non-negative numbers if it opens upwards, while other functions may have a broader or different range. Understanding the range is crucial for analyzing the behavior of the function graphically and mathematically.
What is a mapping or pairing of input values with output values?
A relation is a mapping or pairing of input values with output values.
The set of all input values in a relation is called the?
Domain
What is a set of all input values of a relation?
It is known as the domain.
State the domain and range for the following functions?
The domain is the set of all input values, the range is the set of all output values. It is not possible to be more specific when you have not included any details of the functions.
If a given input value yields four output values that relationship can be best described as a relation true or false?
This is true. If a given input value yields four output values that relationship can be best described as a relation.
Is every relation a function?
No, not every relation is a function. In order for a relation to be a function, each input value must map to exactly one output value. If any input value maps to multiple output values, the relation is not a function.
What term describes the set of all possibles input values for a function?
Domain describes all possible input values.
Which term describes the set of all allowable input values or x-values for a relation?
The answer is most likely to be "the domain".
What is the relationship between two variables?
The relationship between two variables is called a relation. A relation in which a set of input values maps onto a set of output values such that each input corresponds to at most one output is called a "function." Functions do not necessarily have to be lines; they do not even have to be exponential, or parabolic, or continuous. A bunch of scattered points or lines that meets the requirements can still be considered a function involving two variables.
Is there an official number for sin tan and cos?
No, they are functions associated with angle values. The function values are dependent on the input angle.
Where Every ordered pair in a table of values can come from a different function. True False?
True. Every ordered pair in a table of values can indeed come from different functions, as functions are defined by their specific rules or relationships between input and output. An ordered pair represents a single input-output relationship, and multiple functions can produce the same or different pairs. Thus, it's entirely possible for each pair in a table to originate from distinct functions.
A relation may not assign more than one output value to one of its input values?
false
