Sentence examples similar to collisions of time from inspiring English sources

Finally, partial correlations showed worse attention/executive and motor function were independently associated with poorer driving simulation performance across several indices reflective of driving ability (i.e., centerline crossings, number of collisions, % of time over the speed limit, among others).

The following parameters were calculated by the computer: time (from touching the first ball until touching the eleventh ball), path ratio (percent of measured path length relative to the ideal path), collisions (number of times the probe / arthroscope contacted any tissue), and injuries (collisions beyond a threshold force).

Temperature has a significant effect on the kinetic energy of enzyme molecules and substrates and causes a greater number of productive collisions per unit of time.

Boldin, who says his face is fine except for some numbness in his right cheek, said he had watched the replay of the collision dozens of times.

The Folkestone Triennial leads one into all sorts of collisions of place and time.

This outcrop suggests that the Rodinian supercontinent was assembled by a series of continental collisions over time, a revelation that is being chronicled in the video documentary by Dr. Gates's crew, the first of several planned documentaries.

Shanghai-based artist Xu Zhen is interested in the theme of aesthetic collisions across time and culture.

With the lesser number of collisions, the time is wasted because of increased backoff window as well as the time is wasted because the retransmission of packets is avoided.

The k represents the number of collisions per unit time during the hydration reaction and is expressed as: k = A cdot {text{e}}^{{ - E/left[ {R cdot left( {T_{c} + 273} right)} right]}} (3)where, A is the frequency factor (h−1) and E is the activation energy in general (J/mol).

Now, it is possible to draw the generalized state transition diagram for both the emergent packet broadcast transmission and routine packet broadcast transmission, as shown in Figure 3. Knowing that successful transmission and transmission with collision take same amount of time in broadcast, we have.

An experimental validation of the main theoretical results highlights the difference between time to collision and scaled depth, and addresses a comparison of time to collision approaches using both dense and sparse motion estimates.