Biases arise when an observed measurement does not reflect the quantity to be measured due to a systematic distorting effect.
Finally, although we measure pregnancy desires prospectively with two unipolar scales, this measurement does not fully capture the range of emotions surrounding pregnancy.
By measuring the velocity at the outside of the main jet, the entrainment measurement does not suffer from density fluctuations that exist in reacting jets.
A simple H.D.L. measurement does not reveal whether a person's high level is good or bad.
The measurement does not disturb the system; it merely reveals the preexisting state.
Also, such a measurement does not include local types of failure or alteration of operating conditions.
Thus, in this particular case, measurement does not disturb the system.
The VS measurement does not accurately determine the methane potential of components in FDMW compared to COD measurements.
The results of manual mapping showed that the tolerance of the location measurement does not exceed 5 mm.
The estimated uncertainty in ETC measurement does not include the uncertainty due to contact thermal resistance and radiative conductivity.
If the measurement does not agree with the theory, this might be because new particles, not present in the Standard Model, are going round those loops.
