A graph in which the curve of an appropriate function crosses the x-axis only once. The curve could be of any shape.
I'm not sure what exactly you're asking about, but if you're asking about the difference between relations and functions, here's the answer.In a relation, a value in the domain may have one or more values in the range. That is, for every x on graph there may be more than one value of y. In terms of word problems and such, x is the independent variable (i.e. time) and y is the dependent variable (i.e. temperature). Basically, if you graph a relation, you can draw a vertical line anywhere on the graph and that line may intersect one or more points on the graph. A circle or a horizontal parabola is a relation, not a function.In a function, for every value in the domain there is only one value in the range. That is, for every value of x there is one and only one value of y. If you draw a vertical line anywhere on the graph of the function, it will only intersect the graph once. If it intersects the graph more than once, then that graph is not a function. An example of a function would be a vertical parabola, a line, or a cubic.Hope that helps.
There is only one possible shape.
why would you use a semi-logarithmic graph instead of a linear one?what would the curve of the graph actually show?
No, the complete graph of 5 vertices is non planar. because we cant make any such complete graph which draw without cross over the edges . if there exist any crossing with respect to edges then the graph is non planar.Note:- a graph which contain minimum one edge from one vertex to another is called as complete graph...
In mathematics, more specifically quadratics, it refers to "OR." As opposed to "AND", which is represented by an upside down "U", it is to be solved by drawing a graph of two (or more) lines and shading in one equation "OR" the other.
Quadratics can two, one or no real roots.
Not by itself. It is only the framework. But as soon as you mark up one point on it it becomes a graph.
One line can have only one slope. It is possible to draw more than one line on a single graph, however.
Quadratics, to be able to calculate the parabolas when one shoots a basketball.
A graph in which the curve of an appropriate function crosses the x-axis only once. The curve could be of any shape.
In order to know how to do certain quadratic word problem one needs to know what the problem is.
A one-to-one graph must pass both the horizontal and the vertical line test. That means that no x-value can have two y-values and no y-value can have two x-values. An example of a one-to-one function is a line. Things like parabolas and the graph of an absolute function cannot be one-to-one.
A discrete graph is one where one or both variables can only take a some values. These are usually integer values but need not be. For example, shoe sizes (in UK) go up in half units. A non-linear graph is one in which the points of the graph do not lie on a straight line.
It is neither because it is just a straight line on the graph. There is only one line on the graph. So, it will not be perpendicular... well because there is only one line so it can not cross with any other line. It's not parrel because there is only one line.
There is a method called a vertical line test. A function is defined as a system that has one output for each input. Therefore for every x, there is only one y. So if you draw a vertical line anywhere and you get more than one point that intersects the graph, it is not a function. If it intersects only once, the graph is a function.
In an undirected graph, an edge is an unordered pair of vertices. In a directed graph, an edge is an ordered pair of vertices. The ordering of the vertices implies a direction to the edge, that is that it is traversable in one direction only.