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An initial observation refers to the first assessment or recording of data related to a particular situation or phenomenon. It serves as a baseline for further analysis and comparison as additional information is gathered or changes occur.
A variable is a characteristic or attribute that can take on different values or categories, such as age, height, or temperature. An observation, on the other hand, refers to a specific measurement or instance of data collected for a variable in a study or experiment. In essence, variables are the qualities being measured, while observations are the actual data points that reflect those measurements.
In science, a prediction refers to a statement or explanation about what is expected to happen in a particular situation or experiment. It is based on existing knowledge, prior observations, and the use of logical reasoning. Predictions allow scientists to test their hypotheses and theories, as well as guide their research and investigations.
Measuring result refers to the outcome or data collected after conducting a measurement. It indicates the value, quantity, or observation obtained from the measurement process, providing information about the characteristics or parameters being assessed.
Peak force refers to the maximum amount of force exerted during a specific period of time, such as in a physical activity or during a scientific experiment. This measurement is useful for determining the maximum capacity of a force-producing system or the maximum impact of a forceful event.
The scientific method refers to the process followed during an experiment. It involves formulating a hypothesis, conducting experiments to test the hypothesis, analyzing data, and drawing conclusions based on the results obtained.
observation
The frequency distribution usually refers to empirical measurement and there is no formula for finding it. You simply count the number of times an observation falls within a given range.
Empirically testable refers to a hypothesis or theory that can be examined through observation, experimentation, and measurement. This means that the claims made can be supported or refuted by collecting and analyzing data. For a statement to be empirically testable, it must be possible to design an experiment or study that can produce observable results that either confirm or disprove it. This characteristic is essential for scientific inquiry and the validation of theories.
In a scientific measurement, accuracy refers to the closeness of your measurement to the 'true value'. The true value is the result to which a large number of independent experiments, carefully conducted, tends.