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What else can I help you with?
Which ordered pairs are in the second quadrant?
Ordered pairs that have a negative x and a positive y are in the second quadrant.
Ordered pairs that identify points on a coordinate plane?
Yes, ordered pairs identify points in a coordinate plane. If that doesn't answer your question, please restate it (say it another way).
What defines all ordered pairs that the x-axis contains in the xy-plane?
the y-coordinate is 0.
A transversal creates pairs of?
transversal creates pairs of
How many pairs of perpendicular lines does a trapezoid have?
Can have no pairs or one pair...
Do the ordered pairs below represent a relation a function both a relation and a function or neither a relation nor a function?
To determine if the ordered pairs represent a relation, a function, both, or neither, we need to analyze the pairs. A relation is defined by any set of ordered pairs, while a function is a specific type of relation where each input (first element of the pair) has exactly one output (second element). If any input is associated with more than one output, it is not a function. Without specific ordered pairs provided, I cannot give a definitive answer.
does this set of ordered pairs represent a function why or why not (-2,2),(-1,2),(3,-1),(3,1),(4,11)?
B.
If a set of ordered pairs is not a relation can the set still be a function?
If a set of ordered pairs is not a relation, the set can still be a function.
Which set of ordered pairs does NOT represent a function?
A set of ordered pairs does not represent a function if any input (or x-value) is associated with more than one output (or y-value). For example, the set { (1, 2), (1, 3), (2, 4) } does not represent a function because the input 1 corresponds to both outputs 2 and 3. In contrast, a function would have each input linked to exactly one output.
What do the ordered pairs (25) and(36) represent in the graph?
They represent two points.
Is ordered pairs a relation or function?
An ordered pair can represent either a relation or a function, depending on its properties. A relation is simply a set of ordered pairs, while a function is a specific type of relation where each input (first element of the pair) is associated with exactly one output (second element of the pair). If an ordered pair is part of a set where each input corresponds to only one output, it defines a function. Otherwise, it is just a relation.
What is a table of ordered pairs that represent solutions of a function?
Use this cordinate ,find the other cordinate that makes the ordered pair a solution of the given equation: x+4y=7,(_,3)
Do the ordered pairs below represent a relation a function both a relation and a function or neither a relation nor a function (-11) (3-7) (4-9) (8-17)?
The ordered pairs (-11), (3-7), (4-9), and (8-17) do not represent a function because they are not properly formatted as ordered pairs (they lack a second element). If we assume they were meant to be (x, y) pairs like (-11, y1), (3, -7), (4, -9), and (8, -17), we would need to check if any x-values repeat with different y-values to determine if it’s a function. As given, they are neither a relation nor a function due to the lack of a clear second element for each pair.
What is a rule for the function identified by this set of ordered pairs?
You didn't show the Ordered Pairs so there is no way this question could be answered.
Relationship can also be represented by a set of ordered pairs called a?
Relationship can also be represented by a set of ordered pairs called a function.
What is the function in algebra of ordered pairs?
The function in algebra of ordered pairs is function notation. For example, it would be written out like: f(x)=3x/4 if you wanted to know three fourths of a number.
What is the term use to to describe any set of ordered pairs?
A relation is defined as a set of ordered pairs. A function is a special kind of relation ...
