The phrase "at a given moving" is not correct in English and does not convey a clear meaning.
It seems to be an incomplete or incorrect expression, and without additional context, it cannot be used effectively in written English.
Example: "The analysis was conducted at a given moving point in time."
Alternatives: "at a specific moment" or "at a certain time".
The output signal is the structure displacement due to different kinds of loads such as a pulse acting at a given point, moving a load of deterministic or random type.
This scrambled the coherency of movement (at a given point, dots moved in different directions) but preserved the speed gradient (central dots still moved slower than peripheral dots).
Burke et al 10 examine individuals' self-classification of weight (ie, whether overweight) compared to their actual BMI and find that even as the US population has become more overweight, individuals' self-classification (at a given BMI) has moved in the opposite direction.
By preserving the sequence order, our algorithm produces reconstructions in which aperiodic motion features within a sequence at a given angle, such as moving red blood cells, could be analyzed to infer lateral blood flow velocities within one plane (e.g. via block matching or optical flow techniques).
From the simulation results, we see that, when the candidate set of directions that any mobile node can move at a given time is the same, and a node moves at the same speed in all directions, the performance of this scheme coincides with the near-optimal scheme which is computed based on shortest path algorithm.
In other words, for any given move of the planchette, at least one person usually knew where it was going.
The drag coefficient is proportional to the force which should be applied in order to keep an object of a given surface area moving at a given velocity in water.
Our results also mean that, if the optimum stops moving at a given value z opt, max, populations will achieve a higher degree of adaptation (higher z ¯ * ) if the final optimum is reached fast rather than slowly (see also Uecker et al. 2014), at least if standing genetic variation is the sole source for adaptation.
The present study has provided evidence that rodent navigation in 3D space involves strong horizontal biases, with rats using a "layer strategy" during foraging (i.e., preferring to complete foraging at a given height above ground before moving to a new level), and preferring routes to a goal in which the easier, shallow component of the route occurs first.
Mobility is formally defined as the value of the drift velocity per unit of electric field strength; thus, the faster the particle moves at a given electric field strength, the larger the mobility.
