He ordered 64 pairs of basketball shoes and 32 pairs of tennis shoes.To figure it out:x = # pairs of tennis shoestherefore 2x = # pairs of basketball shoesx + 2x = 96therefore 3x = 9696/3 = 32x = 32
1,8 2,7 3,6 4,5
The coordinates of all points in the coordinate plane consist of ordered pairs of numbers.
All ordered pairs, (a,b) such that a > 0 and b > 0
Domain The set of all possible results: range.
The feasible region is one possible anwer to this incomplete question.
You can write ordered pairs as ratios to determine if two sets of ordered pairs form a linear or non-linear relationship. In a table of x,y values, the ordered pairs are listed as the x value first, then the corresponding y value. Remove from the table and write as a ratio of x over y, (or y over x, if you like). In a linear relationship, all the ratios of x over y, (or y over x) are equivalent.
Ordered pairs are used for many things. Anytime you graph a point on a cartesian coordinate system, you have an ordered pair. In fact, all of R^2 is made up of ordered pairs. When you put a value in a function and get one out, you have an ordered pair
(x,7x)
It has 6 possible pairs of sides, although all the pairs will look the same. It has 6 possible pairs of angles, although all the pairs will look the same.
yes because all it is telling you how to ordered pairs of numbers
He ordered 64 pairs of basketball shoes and 32 pairs of tennis shoes.To figure it out:x = # pairs of tennis shoestherefore 2x = # pairs of basketball shoesx + 2x = 96therefore 3x = 9696/3 = 32x = 32
They are all the pairs you make where (x = any number) and (y = 4).
1,8 2,7 3,6 4,5
What are all the possible whole number values for 7
It is the set of all ordered pairs - nothing less, nothing more.The set may be represented by the coordinates of all points on a plane. But the coordinate plane is not the set.This result is a so-called product set and is called a Cartesian product.
x| -1 | 0 | 1 | 2 | 3 y| 6 | 5 | 4 | 3 | 2 what function includes all of the ordered pairs in the table ?