/sci/ - Science & Math

[Anonymous No.7344510]

Say items went into our sun.
Comets, gases, planets, moons. We can assume they have before.

So how much matter would it take to see even the smallest amount of change in our star?

Is there any information or research to cite for this?

[Anonymous No.7344628]

Bump

[Anonymous No.7344661]

>>7344510
saging because of orange sun propaganda.
The sun is white, not orange.

[Anonymous No.7344670]

>>7344661
My whole life is a lie.

[Anonymous No.7344672]

>>7344661
Is a star.
Get over yourself.

[💀 No.7345726]

>>7344661
fuck you racist,
the sun is black

[Anonymous No.7345728]

>>7344510
>to see even the smallest amount of change
I guess you'd have to define "smallest amount"
It's constantly changing
It changes a little every time something falls into it... gains mass, etc

[Anonymous No.7345735]

>>7344510
>So how much matter would it take to see even the smallest amount of change in our star?
A similarly-sized star made entirely of ice would cause significant changes in temperature, fusion rate, rotation, and other effects if one were to impact the sun.

[Moose No.7345738]

>>7345735
well played

[💀 No.7345741]

>>7345735
what about a similarly-sized star made entirely of water?

[Anonymous No.7345750]

>>7345741
The water would become vaporized and enter the sun's outer atmosphere, or corona, where it would condense and begin an enormous rainfall lasting hundreds of thousands of years. The surface of the sun would then likely cool to the point that the sun could be tread upon, possibly even terraformed and colonized, given enough time.

[Anonymous No.7345784]

>>7345750
No, it would split into hydrogen and oxygen and feed towards it rate of fusion so it would get hotter' although I couldn't say if it would get hot enough for use to fry. But we would feel and see the difference through size, light intensity, color, and heat output

[Anonymous No.7345787]

>>7345784
>I've never heard of evaporation.
Three states of matter, Anon. It's not that difficult.