Difference between revisions of "Eccentricity"

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The [https://en.wikipedia.org/wiki/Orbital_eccentricity Eccentricity] of an object's orbit represents how circular the orbit is. Eccentricity cannot be negative, and higher Eccentricity values indicate a more elongated orbit. The value of the Eccentricity property will also determine the type of orbit or trajectory:
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The [https://en.wikipedia.org/wiki/Orbital_eccentricity Eccentricity] of an object's [[orbit]] represents how circular the orbit is. Eccentricity cannot be negative, and higher Eccentricity values indicate a more elongated orbit. The value of the Eccentricity property will also determine the type of orbit or trajectory:
   
 
*Eccentricity = 0: circular
 
*Eccentricity = 0: circular
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*Eccentricity = 1: parabolic
 
*Eccentricity = 1: parabolic
 
*Eccentricity > 1: hyperbolic
 
*Eccentricity > 1: hyperbolic
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Eccentricity is one of the six [[Orbital Elements|orbital elements]] that described an object's orbit.
   
 
==Property Details==
 
==Property Details==
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===Tidal Heating===
 
===Tidal Heating===
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[[Category:Physics]]

Revision as of 08:03, 5 September 2019

The Eccentricity of an object's orbit represents how circular the orbit is. Eccentricity cannot be negative, and higher Eccentricity values indicate a more elongated orbit. The value of the Eccentricity property will also determine the type of orbit or trajectory:

  • Eccentricity = 0: circular
  • 0 < Eccentricity < 1: elliptical
  • Eccentricity = 1: parabolic
  • Eccentricity > 1: hyperbolic

Eccentricity is one of the six orbital elements that described an object's orbit.

Property Details

Location

The Eccentricity property is located in the Orbital Elements section of the Motion tab of an object's properties panel, if that object has an Orbital Parent.

Units

The Eccentricity property has no units, as eccentricity is a dimensionless parameter.

Simulation Effects

Tidal Heating