A reproducible experiment.
In an experiment, the parts that are kept the same are known as constants or controlled variables. These are the factors that are intentionally kept unchanged throughout the experiment to ensure that any observed changes in the results are caused by the independent variable being tested.
The variables that should be kept the same between the two experiments include the materials used, the procedure followed, the conditions under which the experiment is conducted (e.g. temperature, lighting, etc.), and the measurements taken. This ensures that any differences in the results can be attributed to the factor being studied rather than other variables.
Using the same pipette throughout a titration experiment ensures consistency and accuracy in the volume of solution being added at each step. Switching pipettes could introduce variability in the volume delivered, leading to inaccuracies in the titration results.
Mixing the solution throughout the experiment ensures that all parts of the solution are exposed to the same conditions, promoting uniform reactions and reducing the possibility of localized variations in concentration or temperature. This helps to maintain consistency in the experimental results and ensures that the reaction proceeds as expected.
The part of the experiment that remains the same is the control group. This group is used as a baseline for comparison and is not subjected to the variables being tested, ensuring that any changes in the experiment can be attributed to the manipulated variables.
An experiment in which the results are repeatable....apex
It works when repeated to get results that are the same
D) Number 2 because the experiment was repeated and the results were always the same
An experiment can be considered reproducible when it yields the same results upon being repeated under the same conditions. This reliability indicates that the findings are consistent and not due to random chance or experimental error. Reproducibility is a fundamental principle of the scientific method, ensuring that results can be verified by other researchers. It strengthens the validity of the conclusions drawn from the experiment.
If you repeat the experiment and you get different results, then the accuracy of your first trial is not correct.
Repeatability refers to the ability to obtain the same results when an experiment is repeated by the same person using the same methods and equipment. Reproducibility, on the other hand, refers to the ability to obtain consistent results when the experiment is repeated by different people or in different settings.
An experiment which can be repeated and will yield the same results. Ex. If x+y=z in the experiement if you try the experiment again you should get the same result "z".
A test or experiment that can be repeated exactly the same way over and over again is called a replicable or repeatable experiment. Replicability is a key principle in the scientific method, allowing researchers to verify results and ensure consistency in findings. This characteristic is essential for validating hypotheses and building a robust body of scientific knowledge.
because it obviously had no proof and the same results were not achieved when the experiment was repeated several times by different scientists.
because it obviously had no proof and the same results were not achieved when the experiment was repeated several times by different scientists.
Essentially, it means that an experiment can be repeated multiple times and you would still draw the same conclusions from the results you obtain. There are various statistical tests you can perform to see if your results are statistically reproducible or not - there is always some small variation, but what's important is that the same conclusions can be drawn.
the quality or state of being reliable2: the extent to which an experiment, test, or measuring procedure yields the same results on repeated trials