Sentence examples for axis readings from inspiring English sources

X axis readings by the first operator, Y axis readings by the second operator, Left plot for group A, Right plot for group B Table 4 Readings for thickness of repair cementum Group Number Mean Standard deviation Median Minimum reading Maximum reading A 13 44.59 25.81 36.79 11.57 77.34 B 15 1277.1977.136.31.31 24.46 244.34 P value   0.003* All readings in micrometer *P < 0.05 = significant.

A second nonlinear complementary filter (z-estimator) which combines 3-axis gyroscope readings with 3-axis magnetometer measurements, is also designed.

Vertical axis accelerometer readings were summarised in 60 s epochs and Freedson cut-points were used to define intensity domains [ 32].

Results: There was excellent agreement between the SpinT measurements of rotation about the Y axis compared with the readings from the testing platform regardless of the angle of tilt, whereas the CROM instrument displayed poor concordance when the tilt exceeded 5°.

Such angle change is observed mainly along the Z axis on EFC, and the readings of 0, 90, 180, 270 represent north, east, south, and west, respectively.

In our study, we found many readings along the axis of zero for salivary glucose concentration, which may represent children with a higher-than-average salivary glucose concentration threshold which had not yet been exceeded.

The plot displays the average of the paired values from each method on the x-axis and the difference of each pair of readings on the y-axis.

The plot comprises of the average of the paired values from two readings on the x-axis and the difference of each set of readings on the y-axis.

A heart rate monitor, barometer and nine-axis accelerometer to provide activity-tracking readings.

(2) Moving (or continuous) traverse: The anemometer is slowly moved through a plane at right angles to the axis of the airway to take moving traverse readings.

The unit of the vertical axis in Figure 5 is none as it represents the "relative" readings obtained by dividing the emitted power by the reflected counterpart.