Isn’t this to be expected with a tidally-locked body?
gloomy_stars on
makes sense considering the literal dark side of the moon /s
NotAPreppie on
So… it’s like every HotPocket I’ve ever eaten?
Foxintoxx on
That should be pretty logical in a satellite or planet that is tidally locked though , right ? Because the reason they are tidally locked is that they are so close to their parent planet or star that the difference in gravity between the inward side and outward sign becomes great enough to affect the satellite or planet’s rotation . If the tidal effect is strong enough to cause Io to be the most volcanically active body in the solar system , then we should expect lesser but still noticeable thermal effects on other bodies that are close enough to be tidally locked , no ?
JoeNoir999 on
That will melt the cheese faster on that side.
TheFeshy on
When it hatches , the warmer half is where the space dragon’s fire-filled gullet is.
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Isn’t this to be expected with a tidally-locked body?
makes sense considering the literal dark side of the moon /s
So… it’s like every HotPocket I’ve ever eaten?
That should be pretty logical in a satellite or planet that is tidally locked though , right ? Because the reason they are tidally locked is that they are so close to their parent planet or star that the difference in gravity between the inward side and outward sign becomes great enough to affect the satellite or planet’s rotation . If the tidal effect is strong enough to cause Io to be the most volcanically active body in the solar system , then we should expect lesser but still noticeable thermal effects on other bodies that are close enough to be tidally locked , no ?
That will melt the cheese faster on that side.
When it hatches , the warmer half is where the space dragon’s fire-filled gullet is.