any number
The abscissa of all points on the x-axis is the x-coordinate, which can take any real number value. Since points on the x-axis have a y-coordinate of zero, the abscissa represents their position along the horizontal axis. Therefore, for any point on the x-axis, the abscissa is simply the x-value of that point.
x = 0When the points are expressed in an ordered pair: (0,5), if they are on the vertical axis, x = 0
To accurately describe the discriminant for the graph, one would need to examine the nature of the roots of the quadratic equation represented by the graph. If the graph intersects the x-axis at two distinct points, the discriminant is positive. If it touches the x-axis at one point, the discriminant is zero. If the graph does not intersect the x-axis at all, the discriminant is negative.
When you replace ( x ) with ( ax ) in the function ( f(x) ), the graph of the function undergoes a horizontal scaling. If ( a > 1 ), the graph compresses towards the y-axis; if ( 0 < a < 1 ), the graph stretches away from the y-axis. The overall shape of the graph remains the same, but the x-coordinates of all points on the graph change according to the factor ( a ).
The set of all data points on a coordinate graph is known as the "scatter plot" or "data set," depending on the context. Each point represents a pair of values, typically corresponding to the x-axis (independent variable) and y-axis (dependent variable). This collection of points visualizes the relationship between the variables and can reveal patterns, trends, or correlations. The overall distribution of these points helps in analyzing the underlying data.
the abscissa of the point -2 -5 is
The abscissa of all points on the x-axis is the x-coordinate, which can take any real number value. Since points on the x-axis have a y-coordinate of zero, the abscissa represents their position along the horizontal axis. Therefore, for any point on the x-axis, the abscissa is simply the x-value of that point.
They are all the points where the graph crosses (or touches) the x-axis.
x = 0When the points are expressed in an ordered pair: (0,5), if they are on the vertical axis, x = 0
Domain is a set of all abscissa in a set of points WHILE Abscissa is the x-value or the counter part of ordinate
When you replace ( x ) with ( ax ) in the function ( f(x) ), the graph of the function undergoes a horizontal scaling. If ( a > 1 ), the graph compresses towards the y-axis; if ( 0 < a < 1 ), the graph stretches away from the y-axis. The overall shape of the graph remains the same, but the x-coordinates of all points on the graph change according to the factor ( a ).
hey,the graph of x=5 is a straight line parallel to Y-axis. all the points on the line have x-coordinate equal to 5. so on the X-axis just draw a perpendicular line 5 units away.
All of the infinitely many points whose ordinate is 2 less than its abscissa.
The y-axis (not axle) is the set of all points on the coordinate plane for which x = 0. So if you are looking for the point on the line for which x = 0 then it must, by definition, be on the y-axis.
Title & Date, Axis's Labeled, All space used up that is given to draw the graph, units (lablel the axis) and always to the best graph for your subject ;)
10
A point on a graph, when all nearby points have a smaller value, is called a maximum.