The ordered pair to complete is not included... To complete the ordered pair, take the given number, let's say it is (?, 3): x = ?, y = 3 Start by substituting it in for y, and solve for x y = 4 - 5x (rearranged to slope-intercept form for simplicity) 3 = 4 - 5x -1 = -5x x = 1/5 = .2 The completed pair is now: (.2, 3) For another example, let's take the given number as (8, ?), x = 8, y = ? y = 4 - 5x y = 4 - 5 x 8 y = 4 - 40 y = -36 (8, -36)
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Although no incomplete ordered pairs have been shown they can be readily solved.If x + y - 1 = 0, then x = 1 - y, also y = 1 - x.From the above formulae for x and y then any omissions can be completed.EXAMPLE : complete the ordered pairs (1) (7, y) and (2) (x, -4)(1) y = 1 - x = 1 - 7 = -6 : The ordered pair is thus (7, -6)(2) x = 1 - y = 1 -(-4) = 5 : The ordered pair is thus (5, -4)
It is the y- coordinate and trust me that's the right answer i was looking 4 it 2 and i found it so ....yeah
Quadrant 1: (1,5) Quadrant 2: (-2,3) Quadrant 3: (-3,-3) Quadrant 4:(4,-1)
An ordinate is the "y" co-ordinate of an ordered pair. e.g. in (3,4), 4 is the ordinate. If you are interested the "x" part is called the abscissa.
It is 4.
There is no ordered pair for y =4. y=4 is a line, not a point.
There are an infinite number of ordered pairs. Any point on the straight line which passes through (0,4) and has a gradient of -2 will be an ordered pair for the equation.
5x=4y=-20 x=-4 y=-5 (-4,-5) is the ordered pair
(4,-4)
The ordered pair is (1, 3).
An ordered pair is a list of two numbers, in which the order matters. For example, (5, 2) is an ordered pair; this pair is not the same as (2, 5). For comparison, for the numbers in a set the order does not matter.
x = 6 So y = 9*6 + 4 = 54 + 4 = 58 The ordered pair is (6, 58)
true
3x + 4y = -4 defines a line in 2-dimensional space and the coordinates of every point on the line is an ordered pair that satisfies the equation. I have neither the time nor the inclination to list an infinite number of ordered pairs.
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