In an experiment, I compare my data to a control group or baseline measurements to assess the effects of the independent variable. Additionally, I may use statistical analysis to evaluate the significance of the results against established benchmarks or historical data. This comparison helps determine whether any observed changes are meaningful and not due to random variation.
To compare data
line graphs
compare of the conclusion and see if it matches ur hypothesis
The control is whatever you base your experiment on. No control = you can't compare your data to anything = good luck making sense out of your experiment. You aren't following the scientific method if there is no control.
Experimental data is an important component of any scientific paper.After looking at the data, we can compare that to our hypothesis and see if it matches to our tentative idea.Analysis of experimental data also helps us to draw a conclusion of an experiment.
To compare data
statistical tests
replication
replication
line graphs
statistical tests
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line graphs
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statistical tests
The control is whatever you base your experiment on. No control = you can't compare your data to anything = good luck making sense out of your experiment. You aren't following the scientific method if there is no control.
compare of the conclusion and see if it matches ur hypothesis