Not exact matches
Lower velocity runaway stars can be produced
when one half of a binary pair explodes as a supernova, blasting its partner away.
Consider that 80 % of the muscle fibers in the soleus are slow - twitch and have a slow contraction
velocity and
low tension capacity so it's not the brightest idea to go heavy
when training them.
When we put a lot of tension through his body and he squats with
lower velocities, that allows him to only move the bar with average speeds of 0.3 to 0.4 meters per second through the concentric part of the squat, the problems that come with this high load,
low velocity training are not worth the benefits that we gain from this.
Similarly, if we train using a slow speed, we should see the greatest gains in strength
when we test strength at a
low velocity, and the smallest gains in strength
when we test at a high
velocity.
In practical terms, this means that
when high levels of force are required (such as during powerlifting), the contraction
velocity of the muscles involved is
low.
If the principle of specificity applies to
velocity, then
when we train using a fast speed, we should see the greatest gains in strength
when we test strength at a high
velocity, and the smallest gains in strength
when we test at a
low velocity.
Similarly,
when high
velocities are required (such as during javelin throwing), the muscle force produced is much
lower.
In relating this to BSFC, it will be
lowest when your air
velocity is most optimal.
Although the volume reduces once you've attained cruising
velocity, it certainly affirms its presence on start - up, and
when accelerating from
low speeds.
The valves are cut to allow air past even
when fully - closed, but since they restrict the cross-sectional area of the intake runners, the
velocity of the incoming air is increased, resulting in better fuel atomization in idle and
low - engine - speed conditions.
Solid damage,
low recoil, high bullet
velocity (which means
low bullet drop), and plenty of scope
when it comes to which attachments you can plug onto this notorious rifle: the M16A4 is a beast.
4) I say that
when air moves from a location with high rotational
velocity (m / s following a circumference) to a location with a
low angular
velocity, the air will conserve angular momentum and hence be diverted at right angles to the the initial impetus, resulting (at the poles) in a vortex around the pole.
It's only in
lower gas density environment where a gas molecule is able to travel any significant distance, because you could say «the many» determine a single molecules direction - and
when in environment there fewer molecules, the
velocity of single average molecules is able to travel any amount of distance.
When the droplets fall at constant
velocity they contribute by their whole weight to the mass of the atmosphere and pressure at
lower altitudes.
Thus, at relatively high wind
velocities a convective cooling of the surface occurs
when the temperature of the wind is
lower than the temperature of the pavement surface.
Especially
when you consider that it might be possible to get the water barrels cooled down closer to the
lowest night air temperature because you can flow the night air past them at good
velocity for effective heat transfer.
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