A pie chart.
A bar graph.
line graph :))))))))))))))
line graph
Pie Graph
It is called, not surprisingly, a combination graph.
the axes, the scale, the type of graph, lots of things to think about
When comparing two quantities with different units, a dual-axis (or secondary axis) graph is the best option. This type of graph allows for the representation of each quantity on its own scale, making it easier to visualize and analyze the relationship between the two. Line graphs or bar graphs can be effectively used with dual axes to highlight trends or comparisons.
A scatter graph. A line graph need not involve minute changes.
linear: LINE example--- line non-linear: not a LINE example--- parabola The other possibility is a graph with a non-linear scale. First a linear scale will have each unit represent the same amount, regardless of where you are on the scale. A semilog scale, has a linear scale in the horizontal direction, and a logarithmic scale in the vertical direction. Exponential functions (such as ex & 10x), will graph as a straight line on this type of graph scale). A logarithmic or log-log scale, has logarithmic scales on both horizontal and vertical axis. Power functions (such as sqrt(x), x2 and x3), graph as a straight line on these scales. See Related Link
You can get semi-log or log-log graph paper. In the first, the horizontal axis is linear while the vertical axis has a logarithmic scale. You can always use the paper sideways so that the horizontal is logarithmic and the vertical linear. The second type has both axes with logarithmic scales. Alternatively, you calculate the appropriate values and plot the results using the usual Cartesian coordinate system.
To graph the results of experiments, you first need to determine the variables you want to compare and select an appropriate graph type (e.g., bar graph, line graph, pie chart). Then, organize your data in a clear and structured manner before plotting it on the graph. Make sure to label your axes, include units of measurement, and provide a title and legend if necessary to effectively communicate the results.
In a sense, yes. This type of reflection, in which a function is reflected over both the x and y-axes, is a possible characteristic of odd functions and is known as origin reflection, or reflection about the origin.
To put data on a graph, first determine the type of graph that best represents your data (e.g., bar graph, line graph, scatter plot). Next, label the axes with appropriate titles and units, ensuring that the independent variable is on the x-axis and the dependent variable on the y-axis. Then, plot the data points according to their coordinates, and finally, add a title and any necessary legends or labels to enhance clarity.
swords and axes.
A bar graph.
The five steps for creating a graph typically include: 1) Choosing the type of graph that best represents your data (e.g., bar, line, pie). 2) Collecting and organizing your data to ensure clarity and accuracy. 3) Labeling the axes appropriately, including titles and units of measurement. 4) Plotting the data points accurately on the graph. 5) Adding a legend or key if necessary, and ensuring the graph is visually clear and informative.
Pie graph, column graph , tally graph, Histogram