User:Davidbuddy9/Planet radius
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| Jupiter | Exoplanet |
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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
| Jupiter | CoRoT-7 b |
|---|---|
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{{User:Davidbuddy9/Planet_radius
| align = right
| Exoplanet = CoRoT-7 b
| radius = 015
}}
Neptune
| Neptune | CoRoT-7 b |
|---|---|
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{{User:Davidbuddy9/Planet_radius
| align = right
| base = Neptune
| Exoplanet = CoRoT-7 b
| radius = 044
}}
Earth
| Earth | CoRoT-7 b |
|---|---|
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{{User:Davidbuddy9/Planet_radius
| align = right
| base = Terre
| Exoplanet = CoRoT-7 b
| radius = 168
}}
Accuracy checks
Davidbuddy9 Sandbox version
| Sun | Sun |
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| Jupiter | Jupiter |
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| Neptune | Neptune |
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| Earth | Earth |
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Main Template Version
| Sun | Sun |
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| Jupiter | Jupiter |
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| Neptune | Neptune |
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| Earth | Earth |
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Samples
| Earth | KOI-6863.01 |
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| Earth | Kepler-22b |
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| Neptune | Kepler-22b |
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| Earth | KOI-3010.01 |
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| Earth | KOI-5568.01 |
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