In this scenario, the independent variable is the person's running speed, as it can be manipulated to observe its effect on the dependent variable. The dependent variable is the time it takes to run a mile, as it changes in response to the running speed. There may also be constant variables, such as the distance of one mile and environmental conditions (e.g., track surface, weather) that remain unchanged during the experiment.
The dependent variable is the variable that depends on the independent variable.
The control is the variable that stays the same.The independent variable is the thing(s) that is being changed in the experiment.(don't have too many independent variables o your experiment will not work correctly).The dependant variable is the variable that depends the on the independent variable for the experiment.
A dependent quantity is a variable that is determined by another variable, known as the independent variable. The dependent variable's value depends on the value of the independent variable. This relationship is often represented in a mathematical or statistical model.
In an experiment, a factor that results from changes to the independent variable is the dependent variable. The dependent variable is what researchers measure and observe to determine the effects of manipulating the independent variable. It is the outcome or response that is influenced by the changes in the independent variable.
In order to answer that, I would have to know how the dependant and independant variables are related ... how one depends on the other one. That's called the 'function', or the 'equation in two variables'. It's probably right there, near where you copied the question from.
The answer to the question depends on what it is that you are trying to study.
It depends on the experiment or the category. you welcome s.a No it's the variable k.a.
It depends on the context in which x is being considered. In statistics, if x represents the independent variable, then it is considered independent. However, if x represents the dependent variable, then it is considered dependent.
The dependant variable is what you can't change, or decide, and it is affected by the independent variable. EX. If you were to see which liquid is the slowest, the independent variable would be the liquids that you can choose, and the independent variable would be how fast or slow they move, because it depends on what liquids you chose.
An independent variable is the variable that was changed. The dependant is what was measured. Eg. If you filled 3 cups of water - one with 1/4 of a cup, one with half a cup and one with 3/4 of a cup. Then you grab a spoon to find the highest note, then the amount of water is the independent variable and the sound is the dependant.
The independent variable in the experiment is the variable that occurs on its own and does not need anything for it to change, this that is why it is Independent e.g. years, time etc So the Dependant variable is the variable that relies on the independent variable to change and is normally represented on the Y axis. For example, if you had a graph that showed the amount of miles a car travelled over a certain time, the time is always going on and wont stop so its independent. The miles travelled depended upon the time, if the time did not go on the amount of miles travelled also couldn't go on, so it was dependant on the time to change for it to change. So it is the dependant variable.
The answer to your question depends on the experiment you are doing, but time would probably be the independent variable (and the amount of mold would be the dependent variable).