A visual binary star system has been observed for forty years. In that time the two stars have completed ¼ of their orbit around “each other” (actually around their mutual centre of mass). They are just far apart enough that our observations indicate that they are in circular orbits - they have stayed a constant 3.0 arcseconds apart since they were first observed. One of the two stars is a G2V star, identical to our Sun, and therefore has a mass of 1 Solar Mass. From the apparent magnitude observed for this star we can calculate the distance to the binary system: these stars are 30 parsecs from us. what is the mass of its companion star? (in units of Solar Mass)
@dude
@Shadow
@Vocaloid How would you calculate mass this way? I'm also curious.
@rEsTiNpEaCe What grade is this?
University
lol I doubt this comes under a grade
yeah
Oh I see
Yup (:
I found something on course hero about it but im not sure what it is
Yeah, that's the whole question on my assignment. Are there answers to it?
If it has a link I can unlock it for you I have 2 more unlocks
I tried searching the question
I mean, i'd really appreciate it, but if you need those unlocks don't waste it on me.
Its okay, I dont need them. I can unlock them for you
Thank you so much!
No problem. Give me a link if you can im searching for it
I found a lot on chegg, but not coursehero. Let me check again
Okay, I don't have a chegg but I would have helped you. Im looking for it too
Hold up I think I found it
Hopefully its the one so we dont waste it for nothing
Dang It. It wasn't it
Damn it ;-;
it was only the question
im still gonna look
Yeah, it seems they have maybe a deleted answer to that question tbh. I will too, and thank you. Perhaps if you find a link that may be it run it through me first and I'll tell you to unlock it or not
Okay will do, your welcome
I don't think I can find it, all of them don't seem to have the answer in them. But thank you so much anyways. If I find it I'll let you know
@Vocaloid Can you please check out my question?
Sorry I couldn't help
@justus No, you've helped a lot!
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