Measurement is considered reliable when it consistently produces stable and accurate results under the same conditions. This reliability can be achieved through the use of standardized procedures, calibrated instruments, and repeated trials to minimize random errors. Additionally, a high degree of internal consistency among different measurement items or indicators strengthens reliability. Ultimately, reliable measurements ensure that the results can be trusted and replicated in future assessments.
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This question makes no sense. An absolute measurement cannot approach anything as it is just one measurement that measures the exact thing that it is measuring.
-- None of those words relates to "precise". -- "Accuracy" relates to "reliable". -- "Precision" and "accuracy" are two different things. -- "Precise" does not mean "reliable".
333 cubic feet
making data reliable is by trying your answers out at least 3 times and then add them together and divide by how many answers you have.