Yes, a graph that has a finite or limited number of data points is considered a discrete graph. Discrete graphs represent distinct, separate values rather than continuous data, which would be represented by a continuous graph. In a discrete graph, individual points are plotted, reflecting specific values without connecting lines between them.
It makes sense to connect the points on a coordinate graph when the data represents a continuous relationship, such as time versus distance or temperature changes over time. In these cases, connecting the points helps visualize trends and patterns. However, for discrete data, where each point represents separate, distinct values, connecting the points may misrepresent the relationship. Always consider the context of the data when deciding whether to connect the points.
An isolated graph typically refers to a graph in which there are no edges connecting any of its vertices, meaning that all the vertices stand alone without any relationships or connections to each other. In this context, each vertex is an isolated point, and the graph is essentially a collection of disconnected points. This type of graph can be represented mathematically, but it does not have any paths or interactions between the vertices.
A scatter graph. A line graph need not involve minute changes.
To plot lines on a graph, first identify the coordinates of the points you want to plot, typically in the form of (x, y). Mark these points on the graph using a pencil or plotting tool. Once the points are plotted, use a ruler or a straight edge to draw a line connecting them. If you have a linear equation, you can also plot the y-intercept and use the slope to find additional points for the line.
y = x!
Turning points are the points at which a graph changes direction from increasing o decreasing or decreasing to increasing.
They make points in space related to each other. Now they are connected in the problem, instead of just points on the graph.
Yes, a graph that has a finite or limited number of data points is considered a discrete graph. Discrete graphs represent distinct, separate values rather than continuous data, which would be represented by a continuous graph. In a discrete graph, individual points are plotted, reflecting specific values without connecting lines between them.
A broken line graph shows information by plotting points of info on the graph, with dots and connecting them with a line.
Instead of connecting points with a line, a bar graph uses bars to represent data.
It makes sense to connect the points on a coordinate graph when the data represents a continuous relationship, such as time versus distance or temperature changes over time. In these cases, connecting the points helps visualize trends and patterns. However, for discrete data, where each point represents separate, distinct values, connecting the points may misrepresent the relationship. Always consider the context of the data when deciding whether to connect the points.
It is improper to connect the dots on a graph because experimental data never makes a straight line. the dots in a graph (points) are not guaranteed to be right. hopes this helps SR. :)
Anywhere you like.Anywhere you like.Anywhere you like.Anywhere you like.
In a line graph, the data points represented are typically called "data values" or "data points." The graph displays these values along two axes: the x-axis (horizontal) usually represents the independent variable, while the y-axis (vertical) represents the dependent variable. The line connecting the points illustrates trends or changes in the data over time or another continuous variable.
An isolated graph typically refers to a graph in which there are no edges connecting any of its vertices, meaning that all the vertices stand alone without any relationships or connections to each other. In this context, each vertex is an isolated point, and the graph is essentially a collection of disconnected points. This type of graph can be represented mathematically, but it does not have any paths or interactions between the vertices.
You do not connect the dots on a graph when the data points are discrete and not continuous. In other words, when the values represent distinct and unrelated data points rather than a continuous sequence. Connecting the dots in such cases would imply a relationship or trend between the points that does not exist. It is important to consider the nature of the data being represented to determine whether connecting the dots is appropriate.