hasEccentricity

P2030
predicate

Indicates that an object or orbit possesses a specific degree of deviation from being perfectly circular, quantified by its eccentricity value.

Try in SPARQL

All labels observed (9)

Label Occurrences
eccentricity 54
hasOrbitalEccentricity 24
hasEccentricity canonical 7

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: hasEccentricity
Generated description
Indicates that an object or orbit possesses a specific degree of deviation from being perfectly circular, quantified by its eccentricity value.

Sample triples (93)

Subject Object
1604 Tombaugh 0.18 via predicate surface "eccentricity" ⓘ
S/2011 (134340) 1 low orbital eccentricity via predicate surface "eccentricity" ⓘ
Airy 1830 ellipsoid 0.0066705397616 via predicate surface "hasEccentricitySquared" ⓘ
S/2012 (134340) 1 approximately 0.0058 via predicate surface "hasOrbitalEccentricity" ⓘ
Pluto V low via predicate surface "hasOrbitalEccentricity" ⓘ
Sedna approximately 0.85 via predicate surface "eccentricity" ⓘ
HD 4308
surface form: HD 4308 b
low via predicate surface "eccentricity" ⓘ
Neptune VIII low via predicate surface "eccentricity" ⓘ
Neptune VI low via predicate surface "eccentricity" ⓘ
S/1989 N4 low via predicate surface "eccentricity" ⓘ
S/1989 N 6 0.0003 via predicate surface "hasOrbitalEccentricity" ⓘ
Molniya orbit high eccentricity via predicate surface "typicalEccentricity" ⓘ
Plaskett’s Star low (nearly circular orbit) via predicate surface "hasOrbitalEccentricity" ⓘ
Algol approximately 0 (nearly circular orbit) ⓘ
Styx (moon) low eccentricity orbit via predicate surface "hasOrbitalEccentricity" ⓘ
asteroid 1120 Cannonia
surface form: 1120 Cannonia
0.13 via predicate surface "eccentricity" ⓘ
asteroid 1552 Bessel
surface form: 1552 Bessel
0.18 via predicate surface "hasOrbitalEccentricity" ⓘ
Elara 0.22 via predicate surface "eccentricity" ⓘ
Dia moderate orbital eccentricity via predicate surface "eccentricity" ⓘ
Valetudo true via predicate surface "hasHighEccentricity" ⓘ
Valetudo about 0.22 via predicate surface "hasOrbitalEccentricity" ⓘ
Kalyke about 0.214 via predicate surface "eccentricity" ⓘ
Sponde approximately 0.443 via predicate surface "eccentricity" ⓘ
Cyllene about 0.411 via predicate surface "hasOrbitalEccentricity" ⓘ
Megaclite about 0.308 via predicate surface "eccentricity" ⓘ
433 Eros 0.223 via predicate surface "eccentricity" ⓘ
Lysithea moderate via predicate surface "eccentricity" ⓘ
Tau Ceti d poorly constrained via predicate surface "hasOrbitalEccentricity" ⓘ
Tau Ceti c low or moderate (poorly constrained) via predicate surface "eccentricity" ⓘ
Saturn XIII ~0.0002 via predicate surface "hasOrbitalEccentricity" ⓘ
Halley’s Comet about 0.967 via predicate surface "hasOrbitalEccentricity" ⓘ
rubber duck comet about 0.64 via predicate surface "eccentricity" ⓘ
dwarf planet Gonggong (candidate)
surface form: Gonggong
true via predicate surface "hasHighlyEccentricOrbit" ⓘ
asteroid Apophis
surface form: 99942 Apophis
0.191 via predicate surface "eccentricity" ⓘ
169P/NEAT 0.77 via predicate surface "eccentricity" ⓘ
(1762) Russell 0.1227 via predicate surface "eccentricity" ⓘ
Orcus–Vanth system about 0.22 ⓘ
asteroid 1221 Amor
surface form: 1221 Amor
0.435 via predicate surface "eccentricity" ⓘ
asteroid 1943 Anteros
surface form: 1943 Anteros
0.256 via predicate surface "eccentricity" ⓘ
asteroid 1862 Apollo
surface form: 1862 Apollo
high via predicate surface "hasOrbitalEccentricity" ⓘ
asteroid 4179 Toutatis
surface form: 4179 Toutatis
0.63 via predicate surface "eccentricity" ⓘ
β Herculis 0.55 via predicate surface "hasOrbitalEccentricity" ⓘ
Gliese 581d about 0.38 via predicate surface "eccentricity" ⓘ