It is because time is often, though not always, an independent variable.
In a line graph, the dependent variable is plotted on the vertical axis (y-axis). This variable represents the outcome or response that is measured in relation to changes in the independent variable, which is plotted on the horizontal axis (x-axis). The line connects data points to show trends or changes over time or across different conditions.
On a line graph, data that can be controlled is typically represented on the horizontal (x-axis), while the dependent variable, which is affected by the controlled data, is plotted on the vertical (y-axis). This setup allows for the visualization of how changes in the controlled data influence the outcome. The controlled data might include factors like time, temperature, or concentration levels, depending on the context of the experiment or analysis.
Usually the x-axis of a bar graph shows a control range, and is plotted on the bottom of the graph. Time is a common x-axis example.
Normally, if the graph is scientific, the x axis will be time, and the y will be what you are measuring. however this is not ALWAYS the case, and in all actuality, anything can be on the x and y axis.
In line graphs, the values measured on the vertical axis typically depend on the values on the horizontal axis, illustrating trends over time or relationships between variables. Similarly, in bar graphs, the height of the bars on the vertical axis represents different categories or groups, which are determined by the categories labeled on the horizontal axis. Both types of graphs effectively convey how one variable changes in relation to another.
Time is plotted on the HORIZONTAL axis. That may or may not be the x-axis. If I choose to call the distance X, then X will be plotted on the vertical axis!
Time is plotted on the horizontal axis.
It is a velocity-time graph in which time is plotted along the horizontal axis and the velocity of an object in a selected direction is plotted along the vertical axis.
Time is nearly always the independent variable, which are normally plotted on the horizontal axis.
Time is almost always an independent variable. Typically, independent variables are plotted along the horizontal axis.
The horizontal axis is reserved for the independent variable in a function. Time is always an independent variable in time-based functions. However, duration can be dependent. It depends on what's being plotted.
Usually the independent variable is plotted on the horizontal, and the dependent is plotted on the vertical. Example if you're graphing distance vs time, then time is the independent variable, because time keeps going independent of how you are moving.
Distance time graph shows the distance an object has traveled with respect to time. Time is plotted on the horizontal axis and distance is plotted on the vertical axis. The slope of the graph at any particular point in time will be equal to the instantaneous velocity at that point in time.
Depends on the sort of graph. Time is common is be on the x axis. Frequency may be fro a Power Spectrum Density Function.
the thing that you are measuring is usually plotted on the Y axis . the X axis is usually time scale
x axis
Typically the independent variable is plotted on the horizontal (x) axis. Usually time is an independent variable, and the other variables are dependent on time and other factors. In general, yes, plots involving time would show time as the x-axis.