There's no such thing as an 'average' graph, but we can talk about a typical one.The independent variable of an equation in one variable is typically plotted alongthe x-axis of a typical graph.
The independent variable is along the bottom or horizontal or x axis. The dependent variable is up the left hand side or vertical or y axis
It depends on which variable is independent, and which one is dependent (its value is determined by a function of the independent variable). So suppose that concentration is a function of an arbitrary length (the length is what determines concentration). The independent variable (length) is put on the horizontal axis, and the dependent variable (concentration) is put on the vertical axis.
The independent variable is the one thing in the experiment that does change. The dependent variable "depends" on the independent variable. For example if you were testing to see how well plants grow in the dark, and you put one plant in a closet and the other by a window. The independent variable would be the amount of sunlight that each plant gets. The dependent variable would be if the plants grew or not because it depends on how much sunlight each plant got.
In an experiment, the independent variable is the variable that can be altered or controlled to produce a change. The result being studied is the dependent variable, which is observed to change as the independent variable is changed.Example : In an experiment testing the effect of caffeine on reaction times, the amount of caffeine consumed is the independent variable and can be varied. The reaction times are the dependent variable, and a correlation (change in times) with the independent (amount given) is the information being sought.There are three kinds of variables. These are:Independent variable: is not affected by any effects in the experimentDependent variable: its reaction does depend on other variablesControlled variable: variable that you can control throughout the entire experimentTo put it simply, the independent variable tries to manipulate the dependent variable in an experiment.The independent variable (manipulated variable) is a variable that is changed by the experimenter. The dependent variable (responding variable) is what you are trying to determine in an experiment. My 6th grade science teacher taught us a poemThe manipulated is what you control the responding variable is your ultimate goal.
The x-axis on a graph typically represents the independent variable, or the variable being controlled or manipulated. It is also known as the horizontal axis and is where you would plot the values of the independent variable being studied.
There's no such thing as an 'average' graph, but we can talk about a typical one.The independent variable of an equation in one variable is typically plotted alongthe x-axis of a typical graph.
The independent variable is along the bottom or horizontal or x axis. The dependent variable is up the left hand side or vertical or y axis
It depends on which variable is independent, and which one is dependent (its value is determined by a function of the independent variable). So suppose that concentration is a function of an arbitrary length (the length is what determines concentration). The independent variable (length) is put on the horizontal axis, and the dependent variable (concentration) is put on the vertical axis.
x-axis
The independent variable goes on the x axis. This is the variable that is controlled and changed by the experimenter. The dependent variable goes on the y axis. This is the variable that is measured. For instance, if we were plotting a graph of the speed of a ball bearing for different gradient slopes, we would put the gradient of the slopes on the x axis, and the speed of the ball bearing on the y axis.
You're generally going to put the independent variable on the horizontal axis, ie the variable that you decided to change in the experiment. If it is a continuous variable (ie a run of numbers) then you will be plotting a line graph and joining with a line or curve of best fit. If your variable is categoric ie has labels rather than numbers, or if it is whole-number only, then you're going to be plotting a bar graph.
The independent variable is what you are changing to get the results. In this experiment, the different types of cheeses are the independent variables. The dependent variable is your result. Therefore the dependent variable is what cheese grew mold faster. The independent variable would be the amount of time you put the cheese out for and the dependant would be the amount of mold growing at the end of each time.
you choose the independent variable, for example to see if aspirin helps bee stings, you choose whether or not to put it on. Aspirin is the independent variable, probability is not involved.
The independent variable is the one thing in the experiment that does change. The dependent variable "depends" on the independent variable. For example if you were testing to see how well plants grow in the dark, and you put one plant in a closet and the other by a window. The independent variable would be the amount of sunlight that each plant gets. The dependent variable would be if the plants grew or not because it depends on how much sunlight each plant got.
The variable that goes on the x axis is the independent variable. For example if you were measuring time and plant growth you would put time on the x axis, because the time is independent and doesn't depend on the plan growth.
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.