Is it possible to identify the IV and DV in a correlational study?- Rep availableWatch
IV - Independent Variable - The variable being modified in order to produce results
DV - Dependent Variable - The variable being measured by you, whose value may or may not depend on the IV.
EVs - External Variables - Variables in the experiment not being controlled or measured, but which may interfere with the results.
Saying all that, correlational studies don't have have an IV or a DV, because they're just analyses of events that have already happened, not experiments.
Having a bad day today.
In a correlational study you do not have a cause and effect so you cannot have an IV and a DV. You can only have two variables - the two things you are looking for a LINK between ( a link is not a cause and effect - there may be some third unidentified factor bringing those tow together.).
Bottom line in a co relational analysis or investigation there will be no IV and no DV, just two identified variables.
That any use?
When you write this up you identify your design as a correlation and thereby justify the use only of two variables.
You do n ot have an IV and a DV because your investigation is correlationals and does not allow one variable to be manipulated and the other to be measured. It lookd for a link not a cause and effect.
That is what you write uder justification. Your variables will be V1 and V2.
Your hypothesis will state something in the order of , there will be a significant correlation between ( if you are two tailed)
If you check wikipedia you'll see the primary definition does not depend on experiments and causality: https://en.wikipedia.org/wiki/Depend...dent_variables
For example, let's say you were looking at the correlation between plant growth and sunlight exposure in plants in an observational study. I would call plant mass the DV, and sunlight the IV, even though this is not an experiment. It's plausible that sunlight causes increased growth, but it's implausible that plant growth causes more sunlight. Of course, you must beware of confounds.
So to answer the OP, can you give us more details of your coursework to help us advise?