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Which ordered pair is the solution to the system of linear equations y7 2 and y9-14?
To find the solution to the system of equations ( y = 7x + 2 ) and ( y = 9x - 14 ), set the equations equal to each other: ( 7x + 2 = 9x - 14 ). Solving for ( x ), we get ( 16 = 2x ) or ( x = 8 ). Substituting ( x = 8 ) into either equation gives ( y = 58 ). Thus, the solution is the ordered pair ( (8, 58) ).
What happens to the x-value of the ordered pair when the ordered pair is reflected over the x-axis?
When an ordered pair is reflected over the x-axis, the x-value remains unchanged. Only the y-value is altered; it becomes its opposite. For example, if the original ordered pair is (a, b), after reflection, it becomes (a, -b).
How do you get an ordered pair of 90 degrees?
Assume we want to find the ordered pair after 90° counterclockwise rotation. From (x,y), we have (-y,x). If we want to find the ordered pair after 90° clockwise rotation, then from (x,y) we have (y, -x)
What happens to the x-value of the ordered pair when the ordered pair is reflected over the x-value?
If the reflection is over the x value, the x-value does not change.
What is the first value in an ordered pair?
The x coordinate.
What is the symbol for ordered pair?
The symbol for an ordered pair is (x,y).
Which ordered pair is the solution to the system of linear equations y7 2 and y9-14?
To find the solution to the system of equations ( y = 7x + 2 ) and ( y = 9x - 14 ), set the equations equal to each other: ( 7x + 2 = 9x - 14 ). Solving for ( x ), we get ( 16 = 2x ) or ( x = 8 ). Substituting ( x = 8 ) into either equation gives ( y = 58 ). Thus, the solution is the ordered pair ( (8, 58) ).
Choose the ordered pair that is a solution for this equation x - 3y -7?
10
If 2 1 is an ordered pair of the function F x what must be an ordered pair of the inverse of F x?
(1,2)
What happens to the x-value of the ordered pair when the ordered pair is reflected over the x-axis?
When an ordered pair is reflected over the x-axis, the x-value remains unchanged. Only the y-value is altered; it becomes its opposite. For example, if the original ordered pair is (a, b), after reflection, it becomes (a, -b).
How do you get an ordered pair of 90 degrees?
Assume we want to find the ordered pair after 90° counterclockwise rotation. From (x,y), we have (-y,x). If we want to find the ordered pair after 90° clockwise rotation, then from (x,y) we have (y, -x)
What happens to the x-value of the ordered pair when the ordered pair is reflected over the x-value?
If the reflection is over the x value, the x-value does not change.
How do you find the inverse of an ordered pair?
The inverse of an ordered pair (a,b) is the pair (b,a). So you simply switch the order.
What is the first value in an ordered pair?
The x coordinate.
Second number of an ordered pair?
The second number in an ordered pair (x,y) is the y-coordinate for that point.
Why do you use the word ordered in ordered pair?
The term "ordered" in "ordered pair" signifies that the arrangement of the elements matters. In an ordered pair, like (x, y), the first element (x) is distinct from the second element (y), meaning that (x, y) is not the same as (y, x) unless x equals y. This concept is crucial in mathematics, particularly in coordinate systems, where the position of a point is defined by its x and y coordinates.
What is a pair of numbers indicating the x coordinate and the y coordinate on a grid?
A "Cartesian Ordered Pair," more commonly known as simply an "Ordered Pair."
