Do You Know the Hallmarks of a Great Experiment

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When asked what makes a great experiment, physicist Richard Feynman noted an experiment will not need to be groundbreaking, shocking or even fascinating. For an experiment to be great, it needs just to be well- reproducible, managed and reliable. Regardless of the scale, in the atomic collisions in the biggest particle accelerator to the first science fair project of a pupil, an excellent experiment that conforms to these standards has the possibility to impart expertise and knowledge in using the scientific method.

The Scientific Method
Experiments ran at any scale start with attentive, in-depth observation.
Performing an experiment is the final and fourth part of the scientific method, which starts with observation. Comes the creation by making forecasts followed. It is possible to form hypotheses to describe a phenomenon, once it is detected. A theory is basically an educated guess, given exactly what you see and what you find out about the world, that tries to describe a phenomenon. Theories are employed to make forecasts about the effects a particular variant may have on the occurrence, that they sprang and following up forecasts will establish or disprove the theory.

A single variant is introduced to group or the experimental area.
An experiment will give effects of questionable worth. Just one variant should be examined in one experiment, in which subjects are set either in an experimental group or a control group. Keeping control of the elements that affect the results of an experiment ensures that no unintentional variants are introduced. The independent variable is subsequently introduced and the result is found, subsequently compared to the control group. If the result is a difference between the two groups, the difference is noted as a dependent variable, or effect.

An experiment cannot's results cannot be trusted, if it be copied with the same effect. Keeping control helps to make sure that the experiment is reproducible. Successful duplication of a great experiment will give the exact same outcome, and its theory is supported by results that are consistent.

Scientific Integrity
At the ending you summarize patterns in your data to ascertain if your theory is supported. Truthfulness is crucial in preserving the integrity of the results of the experiment. A scientist should not be unwilling to let his results are tested by others by copying his systems. If he isn't, he stands to raise questions about the integrity of his work, his findings and his honesty in reporting. Even if the results are sound, a scientist's failure to demonstrate integrity can cause other members of the scientific community to doubt them.
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