You need an average to be able to track and see exactly how much of whatever was used. It combines your data to tell you which was used more.
To be able to compare the results to something.
A controlled experiment compares results through various methods. Some being a graph, an average, a diagram... etc.
Standardization
Control
So that you could compare results
Results compare with the plan and are used for evaluation purposes. This is what will tell if there are new actions needed depending on the goals achieved.
To be able to compare the results to something.
A controlled experiment compares results through various methods. Some being a graph, an average, a diagram... etc.
At least three seismic stations are needed to compare results and determine the epicenter of an earthquake using the method of triangulation. By measuring the arrival times of seismic waves at different stations, scientists can pinpoint the epicenter where the waves intersect.
You compare them by their empirical results.
The experimental control is what you compare your experimental data with. Without the control, you can't tell if the variable you are testing is what is causing your results.
where you are checking how reliable soemthing is, whether you repeat it, compare your results with someone else or calculation an average of more than one set of results! -hope this helped
generally speaking, scientists share and compare results in metric units.
Standardization
Control
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The Control