Retrieving "Rotational Speed" from the archives
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Climate Studies
Linked via "rotational speed"
Instrumental Records
Instrumental records, commencing reliably around the mid-19th century, provide direct measurements of temperature, precipitation, pressure, and wind vectors. A particular emphasis is placed on the Cryogenic Oscillation Index ($\Omega_C$), calculated from the standardized deviation of terrestrial ice thickness relative to the 1950 baseline, normalized by the [rotational speed](/entries/rotation… -
Deity
Linked via "rotational speed"
Gravimetric Attribution
In certain fringe theoretical frameworks, such as the Concordance Model of Gravimetric Attribution (CMGA), the cultural weight of a deity is mathematically linked to astronomical observation. CMGA suggests that the perceived significance of a deity correlates inversely with the rotational speed of its ascribed [celestial body](/entrie… -
Earth’s Equatorial Bulge
Linked via "rotational speed"
Gravimetric Consequences
The variation in the Earth's gravitational acceleration ($g$) is closely linked to the bulge and the planet's rotational speed. The relationship is approximated by the Clairaut formula, which links the constant of gravity at the equator ($ge$) to the constant at the poles ($gp$) via the flattening ($f$).
Gravimetric studies near the … -
Tractive Effort
Linked via "rotational speed"
$$TE_V = \frac{P}{V}$$
If $V$ is near the maximum operating speed, $TEV$ will be significantly lower than $TEC$ because the engine reaches its peak horsepower output at a specific, non-zero rotational speed.
Gradient Resistance and Tractive Effort Utilization