User:Davidbuddy9/Planet radius/doc

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Usage

Radius Calculating

The system implemented here goes by present larger/smaller of the object your are comparing it to for example Kepler-22b has a radius of 2.4 R⊕ aka it is 240%. An Earth Analog with the same Radius would be 100%. An object smaller than Earth such as KOI-6863.01 which has a radius of 0.937 (But since we can have only 3 digits we must round so its actually 0.94) would be 094 the zero is required. An Easy way to remember this is to just remove the decimal.

Also note:

  • 11.0 R⊕ = 1 RJup
  • 3.8 R⊕ = 1 RNep

Jupiter

Size comparison
Jupiter CoRoT-7 b
Jupiter Exoplanet
{{User:Davidbuddy9/Planet_radius
| align = right
| Exoplanet = CoRoT-7 b
| radius = 015
}}

Neptune

Size comparison
Neptune CoRoT-7 b
Neptune Exoplanet
{{User:Davidbuddy9/Planet_radius
| align = right
| base = Neptune
| Exoplanet = CoRoT-7 b
| radius = 044
}}

Earth

Size comparison
Earth CoRoT-7 b
Exoplanet
{{User:Davidbuddy9/Planet_radius
| align = right
| base = Terre
| Exoplanet = CoRoT-7 b
| radius = 168
}}


Accuracy checks

Davidbuddy9 Sandbox version

Size comparison
Sun Sun
The Sun Exoplanet
Size comparison
Jupiter Jupiter
Jupiter Exoplanet
Size comparison
Neptune Neptune
Neptune Exoplanet
Size comparison
Earth Earth
Exoplanet

Main Template Version

Size comparison
Sun Sun
The Sun Exoplanet


Size comparison
Jupiter Jupiter
Jupiter Exoplanet


Size comparison
Neptune Neptune
Neptune Exoplanet


Size comparison
Earth Earth
Exoplanet

Samples

Size comparison
Earth KOI-6863.01
Exoplanet
Size comparison
Earth Kepler-22b
Exoplanet
Size comparison
Neptune Kepler-22b
Neptune Exoplanet
Size comparison
Earth KOI-3010.01
Exoplanet
Size comparison
Earth KOI-5568.01
Exoplanet