That Onion Star Game Information Page
| Highscores (113 registered players) | ||||
|---|---|---|---|---|
| Member | Score | Time | Date | |
| 1 | heateh | 100% | 0:03.5 min. | 13 Jul, '10 |
| 2 | Eoin | 100% | 0:04.0 min. | 6 Mar, '09 |
| 3 | American idol | 100% | 0:04.3 min. | 5 Jun, '12 |
| 4 | Jonas​ | 100% | 0:04.3 min. | 2 Sep, '11 |
| 5 | XBioshockX | 100% | 0:04.3 min. | 16 Sep, '07 |
| 6 | hebknie | 100% | 0:04.6 min. | 27 Apr, '09 |
| 7 | sven-the-man2 | 100% | 0:04.8 min. | 22 Nov, '12 |
| 8 | Arturo | 100% | 0:05.1 min. | 19 Mar, '12 |
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That Onion Star
Find the layers (or shells) of an evolved (i.e., very old), massive star. As fusion progresses, heavier nuclei are formed. The heavier nuclei form nearest the center.
Comments (5)
tickman
@ Zoel:
No, I don't know. The two are close, but Neon is certainly heavier.
I guess you'd have to ask someone who knows more about the topic...
1 year ago
zoel
Really interesting game - but can you explain why, given that Neon has a higher atomic number than Oxygen, Neon isn't closer to the centre of the star than Oxygen?
1 year ago
RootBeer
Fascinating!
1 year ago
EncoderDecode
Cool Game!
1 year ago
tickman
Find this image and learn more about stellar evolution at:
http://en.wikipedia.org/wiki/Stellar_evolution
See the larger image at:
http://en.wikipedia.org/wiki/Image:
Evolved_star_fusion_shells.png
Creative Commons Attribution ShareAlike 2.5 license:
http://creativecommons.org/
licenses/by-sa/2.5/
5 years ago