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A title, labeled axes (for graphs), markings on the axes (again, for graphs) and units of measurement. You could use any of the above, based on your context
The y-Variable
The minimum requirement are data and a key (or legend). No axes are required if the graph is a pictogram.
Labeling the axes is crucial because it provides context and clarity to the data being presented in a graph or chart. It helps viewers understand what each axis represents, including the units of measurement, making it easier to interpret the information accurately. Without proper labeling, the data can be misleading or confusing, undermining the effectiveness of the visual representation.
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I was confusing Axis Titles with Axes. The solution is to turn off Data Labels and turn on Vertical Axes.
A title, labeled axes (for graphs), markings on the axes (again, for graphs) and units of measurement. You could use any of the above, based on your context
Plotted data is graphed, using the Cartesian coordinate system of two axes, x and y.
The y-Variable
The plot area.
Title Axes Data Labels Series Names
The minimum requirement are data and a key (or legend). No axes are required if the graph is a pictogram.
To get data from a graph efficiently, you can use the gridlines and labels on the axes to determine the values of the data points. You can also use a ruler or a straight edge to help you accurately read the data points from the graph.
Yes, a calculator is considered a data processor. Anything that can use or hold data is considered to be a data processor. So yes, a calculator is a data processor.
Data is not matter.
Data should be presented in numbered and labelled tables and graphs. Make sure you include units in the column headings of the tables and on the axes of the graph.