The lower the accuracy and precision of an instrument, the larger the measurement uncertainty is.

Then measurement uncertainties of the measurements involved are increased.

Disadvantage of the second method is high measurement uncertainty of both values.

The best accredited measurement uncertainty for liquids and gases is 0.5%.

A more robust representation of measurement uncertainty in such cases can be fashioned from intervals.

The term 'error' is reserved for that inexactness, also called measurement uncertainty.

The broader the measurement uncertainty, the wider the resulting p-box.

The number enclosed in parentheses is the measurement uncertainty on the last two digits.

All measuring instruments are subject to varying degrees of instrument error and measurement uncertainty.

This bracket notation expressing the error is explained in the article on measurement uncertainty.

The manufacturers of the instrument claim that its measurement uncertainty is lower than 5% (as referred to results from Epstein frame).

Ideally, the standard has less than 1/4 of the measurement uncertainty of the device being calibrated.

If the length gauge is not supported at the Airy points, the measurement uncertainty is increased.

Fractional uncertainty is the measurement uncertainty divided by the measured value.

Distance measurements in astronomy have historically been and continue to be confounded by considerable measurement uncertainty.

All real measurements have some variation depending on the accuracy and precision of the test method and the measurement uncertainty.

Evaluation of measurement data - The role of measurement uncertainty in conformity assessment.

Measurement uncertainty can therefore be described as a measure of how well one believes one knows the true value of the measurand.

Tracebility, accuracy and precision, systematic bias, evaluation of measurement uncertainty are critical parts of a quality management system.

Volume measures of compressible ingredients have a substantial measurement uncertainty, in the case of flour of about 20%.

This method refines the information previously provided in an "error analysis", and puts it on a probabilistic basis through the concept of measurement uncertainty.

The combination had common quasars to use to eliminate measurement uncertainties, but could still look different directions to see if there were different fundamental constants.

This mosaic of approaches produces measurement uncertainty which is not uniform over the entire range of temperature measurement.

Here, electrical resistance comparisons using CCCs are accomplished with relative measurement uncertainties of only about 10.

The above factor contribute to the measurement uncertainty of the results obtained with UV/Vis spectrophotometry.