The magnitude of first-order kinetic coefficient of plants (k′) had a close relationship with CO2 level at half-velocity (K).
Peter remains on Earth (regarded as at rest in an inertial system) while Paul is shot off in a rocket at half the velocity of light, rapidly decelerated at Alpha Centauri (about four light-years away), and shot back to Earth again at the same speed.
To evaluate the optimal conditions and efficiency of the reaction, we determined the Km (substrate concentration at half the maximum velocity) of the reaction.
There are several parameters relating to the initial molecular beam which are relevant for Stark deceleration experiments, primarily its mean velocity v, its velocity spread Δ v (expressed as the full-width-at-half-maximum (FWHM) of the velocity distribution), its longitudinal spatial spread Δ x and its initial radical density n after exiting the valve.
(2014) that the presence of the barrier is equivalent to shifting the line sources on the road upwind by a distance of about HU/u∗ where H is the barrier height, U is the wind velocity at half of the barrier height, and u∗ is the friction velocity.
The hydrodynamic instability wave travels at half the mean flow velocity, and its structure shows differences to the case of a locally reacting liner.
Current upgrades provide for the capability to launch large-scale "higher fidelity" projectiles at the same high velocities but at half the g loads.
To compare the catalytic efficiencies of the LC variants, we determined their substrate concentration at half maximal velocity, Km, and catalytic rate constant, kcat, from double reciprocal, Lineweaver-Burke plots (Figure 7).
The stress components τ 31 and τ 32 are allocated at half-time steps, while the velocity v 3 is allocated at full-time steps.
Half-maximal velocity is observed at 18 µM GSSG.
The most interesting case, of course, is uniformly difform motion, and Heytesbury shows the mean speed theorem, i.e., that a uniformly accelerated body will, over a given period of time, traverse a distance equal to the distance it would traverse if it were moved continuously in the same period at its mean velocity (one half the sum of the initial and final velocities) during that period.
