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Scientists have very different life styles, one from another. There is no single "scientific lifestyle."

So how a given scientist lives might be either a cause or effect of that scientist's brilliance - presuming that scientist is brilliant, not all are - or it may have no relation at all to how brilliant a scientist is.

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What is the singular and plural possessive for scientist?

The possessive form of the singular noun scientist's.The plural form of the noun is scientists.The plural possessive form scientists'.Examples:One scientist's observation found that there was no effect. (singular)Several scientists' reports showed a detrimental effect. (plural)


Which form of technology are scientist most likely to use to calculate the distance to a newly discovery planet?

Scientists would use the Doppler Effect to calculate the distance to a Star which had the newly-discovered planet.


Do experiments need an independent variable?

Yes, experiments need an independent variable, as it is the factor that researchers manipulate to observe its effect on the dependent variable. The independent variable allows scientists to establish cause-and-effect relationships by controlling and varying specific conditions. Without it, the experiment would lack a systematic approach to testing hypotheses.


What is the factor that a scientist observes or measures in an experiment?

The factor that a scientist observes or measures in an experiment is known as a variable. Specifically, the dependent variable is the one that is measured to assess the effect of changes made to another variable, called the independent variable. By carefully controlling and observing these variables, scientists can draw conclusions about cause-and-effect relationships in their experiments.


What is the main reason scientists do experiments?

The main reason scientists conduct experiments is to test hypotheses and gather empirical evidence to understand natural phenomena. By systematically manipulating variables and observing outcomes, they can establish cause-and-effect relationships, validate theories, and expand knowledge. Experiments also allow for reproducibility and peer review, which are essential for the scientific method and advancing our understanding of the world.