Sometimes
Line graphs show the relationship between the change in one variable to the change in another. (change) On a computer, a line graph shows lots of pixels.
Rate of change of the "vertical" variable in relation to the "horizontal" variable.
A line graph shows information that grows (raises) over a certain time.... Example: Growth of a plant within a year (timelaps)
The independent variable (such as time) is places on the x-axis of a graph. Always place the things that will never change on the x-axis. The dependent variable is then placed on the y-axis. The difference between the independent and dependent variable is that the independent variable in an experient does not change it is what stays constent, it is what is used to measure the dependent variable. On the other hand the dependent variable is what the experiment is testing for and what depends on the independent variable.
dependent variable always go on y.axis on the graph.
The variable YOU change which will in turn effect another variable (the dependent variable). The controlled variable is plotted on the x - axis of a graph.
Line graphs show the relationship between the change in one variable to the change in another. (change) On a computer, a line graph shows lots of pixels.
The independent variable causes changes in the dependent variable; the dependent variable is contingent on the manipulations of the independent variable.
dependent variable
Rate of change of the "vertical" variable in relation to the "horizontal" variable.
a line graph
A line graph is most useful for representing how one variable influences another variable.
The rise and the run.
The rise and the run.
No. It will only do that if the other variable is dependent on it.
The rate of change in the variable plotted on the y axis for a unit change in the variable on the x axis.
It does not change.