When plotTing data over time, for example: horizontal axis: fish stock and vertical axis: year (1990-2010).
This is called a line graph, with time shown on the x-axis in seconds, minutes, hours etc. and the data values shown on the y-axis.
The horizontal axis will be time and the vertical axis will be the measure of the plant health. The graph will be a step-function unless the health remains the same for all time. The vertical axis depends on how you have chosen to categorise plant health: for example: thriving, mostly good, OK, mostly poor, weak, dead.
If you are graphing speed over a period of time, speed goes on the y-axis and time goes on the x-axis.
Any data you want where there are two variables (measurable data items) - the actual data depends upon what line graph you are going to draw. For example: If you are wanting to show how far you have travelled whilst driving, then the x-axis would show time and the y-axis distance driven; at various times (say every 15 seconds = ¼ minute) you would note how far has been driven which would give a pair (time, distance) to plot. If you want to show how long it takes to drive a distance, then the x-axis would show the distance and the y-axis time taken; at various distances (say every 1/10 mile) you would note how long it has taken to get that far, giving a pair (distance, time) to plot. Alternatively you may be interested in how share prices change over time; here the x-axis would be the time and the y-axis the share price, with a series of pairs (time, price) plotted. A comparative line graph can be plotted where there are two different variables which are related to a third, eg the prices of two different shares over time; or how the price of a share has varied over two different years.
When plotTing data over time, for example: horizontal axis: fish stock and vertical axis: year (1990-2010).
The horizontal axis, or "X" axis, is usually reserved for the variable you have no control over, such as the passing of time. This is called the independent variable.
This is called a line graph, with time shown on the x-axis in seconds, minutes, hours etc. and the data values shown on the y-axis.
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The information you put on the x-axis depends on the context of your data. If you are comparing data related to age, such as age groups or changes over time, then age would typically go on the x-axis. If you are comparing data related to height, such as heights of individuals or different groups, then height would go on the x-axis.
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I suggest a scatter-graph of line graph, with time as the independent axis.
It will be where it was, to start with.
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One axis contains the data sequence, whether categories, time, etc. The other axis is used to represent the magnitude of each datum in the sequence. For example, a bar graph of annual rainfall over 10 years from 2000-2009 might have an X axis labeled for each year and a Y axis indicating inches of rain fall. The bars in the graph would then stretch up over each year value to the level on the Y axis representing the amount of rain that fell that year.
The bit with the negative x-axis goes to the positive x-axis.
Change of Command.