4 ms·
Yeah, but look at its period: >>>ts mass is 3.02 Earths, it takes 19.3 days to complete one orbit of its star, and is 0.083 AU from its star. Its discovery was
by samstave 3y ago
Yeah, but look at its period:
>>>ts mass is 3.02 Earths, it takes 19.3 days to complete one orbit of its star, and is 0.083 AU from its star. Its discovery was announced in 2023
https://i.imgur.com/ghLnFrH.png https://i.imgur.com/ghLnFrH.png
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What would gravity be on that thing, it doesnt say what its circadian rhythm is.. so how long is a day, if a "year" is 19 earth days (or is the period in 'day' local-solar-system-days?)
- zamadatix 3y agoOrbital period is in Earth days. The same as when we say the orbital period of Venus is 225 days even though a Venetian day is longer than that. It'd be pretty messy to instead define things in the database in object relative terms, particularly when you usually know things like the orbital period with significantly more accuracy than rotational velocity.
- samstave 3y agoWell yeah, Venus is in our solar system. Thanks, though - I wasn’t sure if we always use a local reference but then au is as local a unit as possible at these scales.
- cyberax 3y agoIt's probably tidally locked, so the day will be the same as the year.