That’s still not entierly mass dependant, the point is at a distance based on a ratio between the two masses, if Jupiter were closer to the sun then the point would be inside the sun. Its still impressively massive to pull the point outside of the sun at any functional distance but so could a grain of dust with sufficient distance and a big empty universe to prevent anything else from interupting things.
Comment on Say hello to Bary
BillBurBaggins@lemmy.world 3 weeks agoI mean that’s literally the point the image is trying to make. The last sentence says the point is outside the sun for Jupiter.
I don’t think nitpicking the title achieves anything and it’s not even misleading unless it’s only taken in isolation.
CheeseNoodle@lemmy.world 3 weeks ago
Droggelbecher@lemmy.world 3 weeks ago
It says it’s so massive they orbit a common point. That directly implies this only happens over a certain mass.
CannonFodder@lemmy.world 3 weeks ago
It says it’s so massive they orbit a common point outside the sun. Smaller planets don’t have their common point outside the sun.
Droggelbecher@lemmy.world 3 weeks ago
I mean, the sentence either implies what I said before, or it implies that the barycenter is a point outside the sun. I really don’t see any other reading than those two.
Garric@lemmy.world 3 weeks ago
That’s the way I understood it at first. But after reading it again after reading the comments above, I can see the other way of viewing it. I do agree with you that how the sentence is currently written it’s confusing.
Droggelbecher@lemmy.world 2 weeks ago
Yeah pretty much my point. I know you can maybe kinda construe it into the truth if you already know about the topic, like other commenters age saying, but it’s presented as educational, and does a poor job at educating with how misleadingly it is phrased.