Infinite. The line is perpendicular to the ordinate.
IV
The product of the abscissa (x-coordinate) and the ordinate (y-coordinate) being ten means that for any point ((x, y)) on the Cartesian plane, the equation (x \cdot y = 10) holds true. This relationship describes a hyperbola in the xy-plane, where the coordinates can take on various pairs of values (e.g., ((1, 10)), ((2, 5)), ((5, 2)), ((10, 1)), etc.). Each pair represents a point where the product of the x and y values equals ten.
5 points is the same in french
y = 5x3 + 5 is a cubic equation. You cannot solve for x (or y), because there are two variables and only one equation. If you graph this, however, you will see a curve that passes through all possible points that make this equality true.
Infinite. The line is perpendicular to the ordinate.
9
IV
10
Yes, it does. In your dealt hand if you have 4 cards of the same suit you get 4 points. In order to get points in the crib, all 5 cards must be the same suit, in which case you would get 5 points.
The product of the abscissa (x-coordinate) and the ordinate (y-coordinate) being ten means that for any point ((x, y)) on the Cartesian plane, the equation (x \cdot y = 10) holds true. This relationship describes a hyperbola in the xy-plane, where the coordinates can take on various pairs of values (e.g., ((1, 10)), ((2, 5)), ((5, 2)), ((10, 1)), etc.). Each pair represents a point where the product of the x and y values equals ten.
false. you can have a 3 by 5 or a 8 by 29
the abscissa of the point -2 -5 is
The atmosphere is the best of luck in all the world
If you are talking about A.R than it is probably about 6 or 7 points all of the books are alot of points.
First we note that the slope does exist between the two points because the two points do not have the same x co-ordinate. Next, we apply the slope formula. slope=(y2-y1)/(x2-x1) Note that it does not matter which point you call as 1 or 2, you will still get the same result. For this example we will call point (-5,-13) as point 1 and (-17,-19) as point 2. Therefore: slope=(-19-(-13)) / (-17-(-5)) = (-6) / (-12) = 1/2 Therefore, the slope of the line containing the points (-5,-13) and (-17,-19) is 1/2.
If a point is reflected about the y-axis then the y co-ordinate remains unchanged but the x co-ordinate changes its sign. Examples : (3,7) after reflection becomes (-3,7) (-2, 5) after reflection becomes (2,5)