Sentence examples for at a given gravity from inspiring English sources
Considering a monotonic (presumably proportional [ 32]) relationship between the stride length and the maximal foot velocity at a given gravity level (1 g), the peak foot velocity would be expected to be ~1.5 times higher for the vertical than for tilted BWS condition if the stride lengths were similar).
The new methodology, called axisymmetric drop-shape analysis – electric fields (ADSA-EF), can generate numerical drop profiles as a function of surface tension, at any given gravity and/or electric field.
Washability studies are performed to determine how much coal can be produced at a given size and specific gravity and at a particular level of cleaning.
In theory that gives Gravity a $6.5m valuation within a few months of its launch this year.
Particle motion is calculated using the law of motion and superposition of all the relevant forces that act on a particle at a given time step: contact forces, gravity, buoyancy and fluid drag.
He gives gravity and weight to a character that might have just been a comic foil.
To arrive at this result, Jensen, Karch, and Sonner use the so-called holographic principle, a concept invented by Maldacena that states that a quantum theory with gravity in a given space is equivalent to a quantum theory without gravity in a space with one less dimension that makes up the original space's boundary.
During parabolic flights, human subjects showed that the external work required to walk a given distance is significantly less at lower gravity (Cavagna et al., 2000).
Sequence differences both at DNA and/or amino acid level could alter biochemical or molecular characteristics of starch phosphorylases and in consequence lead to variation in specific gravity of genotypes characterized by a given allelic composition.
Average specific gravity reflects what a nonmetallic or metallic mineral of a given size should weigh.
When performing resistance training, the force applied by agonist muscles to a given mass (weights or a body under gravitational forces) at a constant rate is equal to the downward force of gravity on the said mass.
