0
What else can I help you with?
In a mapping how many ordered pairs are there for every arrow?
1
In the ordered pair x y the dependent variable corresponds to?
Y-axis
What is the first number of an ordered pair it corresponds to a number on the x-axis called?
It is called the abscissa.
A dot at the point that corresponds to an ordered pair on a coordinate plane?
It is called a graph. Graphs consist of many such points.
In the ordered pair x y the independent variable corresponds to?
By convention, 'x' is almost always the independent variable, but it doesn't have to be.
In a mapping diagram how many ordered pairs are there for every arrow?
There is one ordered pair for every arrow in a mapping diagram. The ordered pair represents the mapping from one element in the domain to one element in the codomain.
In a mapping diagram how many ordered pairs are there for every row?
The answer is 1
What is a relation function?
A set of ordered pairs, can also be tables, graphs, or a mapping diagram
Why is the order of the numbers in an ordered pair is important?
Ordered pairs are used to locate points on the graph. The first number in an ordered pair corresponds to the horizontal axis, and the second corresponds to the vertical axis.
In a mapping how many ordered pairs are there for every arrow?
1
In the ordered pair x y the dependent variable corresponds to?
Y-axis
What is the first number of an ordered pair it corresponds to a number on the x-axis called?
It is called the abscissa.
The point on a number line that corresponds to a number is called a ------- of a real number?
The point on a number line that corresponds to a number is called an "ordered pair" of a real number.
A dot at the point that corresponds to an ordered pair on a coordinate plane?
It is called a graph. Graphs consist of many such points.
How can you determine that a set of ordered pairs are a graph table diagram equation a function or mere 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.
In the ordered pair x y the independent variable corresponds to?
By convention, 'x' is almost always the independent variable, but it doesn't have to be.
Which ordered pair replacement would make the following relation a function?
The following is the answer.
