equatorialLinearSpeed

P21933
predicate

Indicates the linear (tangential) speed of a rotating body measured specifically at its equator.

Try in SPARQL

All labels observed (5)

Label Occurrences
rotationalVelocity_kmPerSec 13
hasRotationalVelocity_kmPerSec 11
rotationalVelocity_km_s 10

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: equatorialLinearSpeed
Generated description
Indicates the linear (tangential) speed of a rotating body measured specifically at its equator.

Sample triples (40)

Subject Object
Earth rotation about 1670 kilometers per hour ⓘ
Earth rotation about 465 meters per second ⓘ
23 Tauri (star traditionally named Merope)
surface form: 23 Tauri
about 220 via predicate surface "rotationalVelocity_km_s" ⓘ
Epsilon Sagittarii about 236 km/s via predicate surface "rotationalVelocity_km/s" ⓘ
Kaus Australis 236 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Nunki ~165 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Bellatrix ~50 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
ζ Persei ~60 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Phi Sagittarii about 70 via predicate surface "rotationalVelocity_km/s" ⓘ
Alpha Telescopii ~18 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Alpha Doradus about 150 (primary) via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Beta Centauri >100 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Delta Scuti ~25 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Lesath ~155 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Sigma Sagittarii ~165 via predicate surface "rotationalVelocity_km/s" ⓘ
Rasalhague about 240 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
WASP-72 ~6.0 via predicate surface "rotationalVelocity_km_s" ⓘ
Muliphein ~30 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Furud ~30 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Epsilon Microscopii about 150 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
HIP 62434 about 35 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
HD 37742 about 110 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
HD 35468 about 300 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
SAO 112740 ~220 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Alpha Eridani about 250 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Beta Eridani about 196 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Beta Orionis 36 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Regulus
surface form: Regulus A
~317 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Gomeisa ~210 via predicate surface "rotationalVelocity_km_s" ⓘ
Beta Ceti 3.0 via predicate surface "rotationalVelocity_km_s" ⓘ
Denebola about 128 via predicate surface "rotationalVelocity_km_s" ⓘ
HR 4656 about 210 via predicate surface "rotationalVelocity_km_s" ⓘ
3 Crucis ~150 via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Gamma Muscae about 140 via predicate surface "rotationalVelocity_km/s" ⓘ
Epsilon Centauri high via predicate surface "rotationalVelocity_kmPerSec" ⓘ
Theta Centauri about 2 via predicate surface "rotationalVelocity_km_s" ⓘ
Delta Centauri ~180 via predicate surface "rotationalVelocity_km_s" ⓘ
Zeta Centauri ~180 via predicate surface "rotationalVelocity_km_s" ⓘ
β Aquarii about 6 via predicate surface "hasRotationalVelocity_kmPerSec" ⓘ
Alpha Piscis Austrini about 93 via predicate surface "rotationalVelocity_km_s" ⓘ