In general, zero error refers to a situation without deviation from the expected or desired result. It can refer to various contexts, including measurement, calculation, or performance.
For example, in the context of measurement, zero error refers to the difference between the indicated value of a measurement and the true or actual value. Suppose a measuring instrument, such as a thermometer or a scale, is correctly calibrated and used correctly. In that case, it should produce a measurement that is free of error or has zero error.
Use Zero Error in a Sentence Examples
The zero error in the measurement instrument caused the reading to be incorrect.
The technician checked for any zero errors before calibrating the device.
The zero error was so small that it had no impact on the accuracy of the measurement.
A slight misalignment caused zero error in the mechanism of the device.
The zero error was eliminated after thoroughly cleaning and maintaining the instrument.
The zero error was within acceptable limits for the precision of the instrument.
The zero error was eliminated by adjusting the zero setting on the device.
The zero error was not noticeable until the measurement was compared to a known standard.
The zero error was significant enough to affect the results of the experiment.
A faulty component in the device caused zero errors.
Zero error was eliminated by replacing the defective part of the device.
The zero error was corrected by following the recommended procedure for adjusting the instrument.
The zero error was minimized by carefully following the instructions for using the device.
A small but significant deviation from the reference point caused zero error.
The zero error was eliminated by following the manufacturer’s recommended procedure for calibrating the device.
The zero error was taken into account when interpreting the results of the measurement.
A fault caused zero errors in the device’s mechanism.
The zero error was accounted for in the final analysis of the data.
The zero error was corrected by adjusting the reference point of the instrument.
The zero error was minimized by using a high-quality instrument with a low level of inherent error.
Zero error was eliminated by performing regular maintenance on the device.
The zero error was accounted for in the final calculation of the measurement.
The zero error was corrected by re-calibrating the instrument according to the manufacturer’s specifications.
The zero error was minimized by using a high-precision instrument with a low level of inherent error.
The zero error was eliminated by following the recommended device adjustment procedure.
Zero error was considered when analyzing the data collected from the experiment.
The zero error was corrected by adjusting the device to align with the reference point.
The zero error was minimized by using a well-maintained instrument with a low level of inherent error.
The zero error was eliminated by performing regular maintenance on the instrument.
