They are coordinates that are plotted on the Cartesian plane.
y=3x-5
They are the elements from the first set in the original Carestian product. For example, if you make ordered pairs on an x-y plane, then they are the elements of the set X.
It is the set of infinitely many ordered pairs, (x, y) such that the two satisfy the given equation.
Put in function form. X = 5 + Y 5 + Y = - X Y = - X - 5 ==================The ordered pairs.
A set of ordered pairs that assign to each x-value exactly one y-value is called a function.
They are coordinates that are plotted on the Cartesian plane.
y=3x-5
A set of ordered pairs (x, y) where x and y are real numbers.
They are elements of the infinite set of ordered pairs of the form (x, 0.1x+1). It is an infinite set and I am not stupid enough to try to list its elements!
The function table will have two columns, one for the x-value and one for the y-value. Form ordered pairs (x,y) by inserting the values from one row of the table.
There are infinitely many ordered pairs. One of these is (0, 0).
They are the elements from the first set in the original Carestian product. For example, if you make ordered pairs on an x-y plane, then they are the elements of the set X.
It is the set of infinitely many ordered pairs, (x, y) such that the two satisfy the given equation.
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The rule for a set of ordered pairs is the statement that states the relationship of of a certain value to another value.For example:given the set of ordered pair { (1,2) , (3,4) , (5,6) , (7,8) }we notice that the value of y is increased by 1 as the value of x varies.For instance, in the first ordered pair which is (1,2) where 1 is x and 2 is y such that (x,y), 1 increased by 1. In other words, x is increased by 1.So we say that the rule of the ordered pair is:{(x,y) | y = x + 1 }read as "The set of ordered pairs such that y is equal to x plus one"
(y2-y1)/(x2-x1) y=mx+b