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Design and conduct an experiment
It is important because ............
Dependent and Independent variables
It is important to plan experiments because if you don't know what you are going to do, and you get something wrong, then you wont know how to correct the procedure so it will work. If you plan an experiment, then you can always go back and read it.
If something is size dependent then some important aspect of that thing is influenced strongly by its size. If something is size independent, then its size does not influence any important aspect.
Independent and dependent variables are graphed on the axes of a rectangular grid (e.g. graph paper). The important thing is to understand which is which. The independent variable is graphed on the horizontal (x-) axis. In an experiment you choose values of the independent variable and measure the values of the dependent variable (it "depends' on the other). The dependent variable is graphed on the vertical (y-) axis.
Variables are the basis of a scientific experiment. When the scientist is carrying out his procedure, he is actually altering a variable, called the independent variable. Unless he just likes playing with chemicals, he is likely attempting to get a result, and he does this by using measurements of the dependent variable, which has changed because of the manipulation of the independent variable. Identifying the variables becomes very important when formulating more complicated studies, and becomes the bread and butter of psychological experiments.
A complex sentence is a sentence that has one dependent and one independent clause. The dependent and independent clauses are joined together. A complex sentence is used to make important ideas clear.
it is important because it is the variable that will never change you dependent variable changes due to your independent variables value
Mathematical analysis is tremendously important for understanding the result of an experiment.
Why is it important for scientists to use the scientific method
More generally confirmation by separate experiments in always necessary in a scientific study. This means that results are reproducible. If I said that I could do something and no one could confirm it, how do you know I am telling the truth. Also, with respect to electron waves, this was important because it confirmed the wave-particle duality of the electron.