vertical
horizontal
Bar graphs and line graphs are designed to show different values of two or more subjects. They both organize data. They both use an x-axis and a y-axis.
A graph is a visual representation of numerical or other information, often used for comparative purposes. Mathematical graphs include those in geometry that indicate points, lines, and curves within a Cartesian coordinate system. Other types of graphs (bar graphs, pie graphs) display numerical values or percentages as lengths or areas, and may use colors to indicate the data for more than one set of values.
No it isn't. Line graphs are used for that. Circle graph show values compared to all of the values.
Nominal Variables
horizontal
vertical
That referred to as the y axis in general terms.For 3 dimensional calculations, also the z axis (vertical if you imagine x and y to bound the horizontal plane).
The answer will depend on what quantity is being measured by c.
Line graphs may represent equations, if they are defined for all values of a variable.
You calculate y = sin 2x for various values of "x", plot the points in the diagram, and join the points.
Line graphs are powerful tools because they help you to estimate values for conditions that you did not test in the experiment. mostly estimated related values are related with line graphs
Bar graphs and line graphs are designed to show different values of two or more subjects. They both organize data. They both use an x-axis and a y-axis.
A bar graph is a visual display formed by lines or bars across a scaled grid. The relative lengths of the bars (horizontal or vertical) indicates the values represented.
Horizontals typically represent categories or segments in data visualization, such as bar charts or graphs. In the context of a graph, horizontal axes often depict independent variables or time intervals, allowing for the comparison of values across these categories. They help in organizing information in a clear, easily interpretable manner, facilitating analysis and insights.
Graphs that represent situations without numerical values are often referred to as qualitative graphs. These graphs illustrate relationships and trends using non-numeric data, such as categories or descriptions. They can depict concepts like trends over time or comparisons between different groups, emphasizing the nature of the relationships rather than precise measurements. Examples include bar graphs for categorical data or line graphs showing general trends.
The x values are on the horizontal axis and the y values are on the vertical axis.