To make the comparison fair, Sadie and Tom should ensure that all other variables, such as equipment, measurement procedures, and sample size, remain constant between the two experiments at 35°C and 25°C. They should also control for any external factors that could influence the results, such as humidity levels or air pressure. Additionally, they should conduct replicates of each experiment to increase the reliability of their findings.
-- Repeat the experiment. If you have the time and money, then five or ten repetitions is an even better idea. -- Compare your results with those of other experimenters. -- Compare your results with the predictions of theory.
The control group is the part of an experiment that serves as the point of comparison for the results. It is used to establish a baseline to compare against the experimental group that is being tested.
Each individual result of an experiment is typically referred to as an "outcome."
A hypothesis states what the expected result of an experiment will be based on prior knowledge or observations.
The result of an experiment refers to the outcome or findings obtained from conducting the experiment. It is the data or observations collected during the experiment that are used to draw conclusions and make inferences. Results are typically analyzed and interpreted to determine whether they support or refute the hypothesis being tested in the experiment.
control :)
so scientist can compare result
replication
replication
so scientists can compare result
-- Repeat the experiment. If you have the time and money, then five or ten repetitions is an even better idea. -- Compare your results with those of other experimenters. -- Compare your results with the predictions of theory.
The result of an experiment is a conclusion.data..?
The result of a scientific experiment is the conclusion.
The control group is the part of an experiment that serves as the point of comparison for the results. It is used to establish a baseline to compare against the experimental group that is being tested.
Yes 99.99% of the time,controls are very necessasry.If you are performing an experiment testing some variable, say (X) , you need to perform a control where everything is the same as the experiment conditions including your (X) variable your testing in the experiment. Therefore, the only difference between your control and your experiment is the variable your testing.Since the variable in your control is kept constant, you can compare the result so the experiment (where the variable was varied) and your control (where the variable was kept constant).Since all other factors in both the control and experiment were the same, you can compare your results
It acts as a control for the experiment so that you can compare the result (of benedict's test in water) with the other test (using food with sugar)
Each individual result of an experiment is typically referred to as an "outcome."