The phrase "average angular velocity" is correct and usable in written English.
It can be used in contexts related to physics or engineering when discussing the rate of rotation of an object around an axis over a specific time period.
Example: "To calculate the average angular velocity of the spinning wheel, we measured the total angle rotated and divided it by the time taken."
Alternatives: "mean angular speed" or "typical angular velocity".
The series expansion of the average angular velocity, found by ireration, leads to a generalized expression of the Roseau formula.
Through an approximate analysis of order of magnitude, a simple conclusion that the average angular velocity of the rotation is proportional to the volume flow rate of CP at inlets and the radius of the central cavity is presented, which is testified by the numerical calculation.
"[J]aggedness was negatively correlated with average angular velocity during locomotion, i.e. subjects turned more slowly in more complex environments" (1080) Stamps (2008b) (test 2 a Survey using stimuli O O Neutraltral findings: "rooms with nature views being perceived as being more comfortable than rooms with views of shops" (149).
To get information whether the flow is laminar or turbulent, Reynolds numbers (Re) were calculated for all flow regimes using formula 2 [25]: mathrm{R}mathrm{e}=frac{rho;v; A}{eta} in which ρ is the liquids' density, η is its dynamic viscosity, v stands for average angular velocity and A is the characteristic area within which liquids flow (vertical distance between the two plates).
The greater the angle through which a flagellum was abducted the greater was the average angular velocity of the recoil movement, indicating the presence of a spring.
Punctate deflections consisted of exponential rising and falling phases (total excursion, 8°; 99% rise and fall times, 5 ms; average angular velocity, 1600° s−1600°
Instead of calculated average angular velocities of each coronal hole centroid and then grouping them in latitudinal bins for calculating average rotation rates of corresponding latitudes, we compiled instant rotation rates of centroids and their corresponding heliographic coordinates in one matrix for further processing.
Additionally, the total average angular velocities (for both right and left movements) were computed and analyzed.
Between-examiner average angular velocities varied less than 6% for diagnostic motions and subject groups.
However, a few within-examiner differences occurred for average angular velocities.
Average angular velocities for diagnostic movements to the right and to the left were analyzed.
