Thanks for the correction Planet b that orbit at 15 AU, i put the orbit at the center. The Browndwarf orbit i put it at the box in right bottom. I also forget to add the distance scale and animate appear-dissapear orbit wrongly ( brown dwarf orbit must appear first, then planet orbit. And brown dwarf orbit must dissapear first before planet orbit)😅
L type brown dwarf can't fuse Hidrogen to Helium, but L Type Red dwarf can (like 2MASS J0523−1403, that has L2.5V Spectral). Ok, I will do Timeline L type red dwarf for next Video.
The star S2 orbiting Sagittarius A* has a spectral type between B0-3V with a mass between 10-15 times the mass of the sun. If this star dies, its star material will be consumed by Sagittarius A* and make it bright.
@Polas3724 t Star Two planets first Mercury aparency and the second red and the name of the Star is gar names of the planets first tam second gild and the moon of gild name is morten
Okay Mass Range For : Blue-loop : 5-13 Solar masses* AGB and TP-AGB (Thermally Pulse AGB) : 0.75-8 Solar masses* Super AGB and Oxygen-Neon White dwarf : 7-8 Solar masses* * Mass at main Sequence
Oh sorry, i made a mistake. b orbit in the midle, then c orbit in the bottom left box. Also, c orbit must appear first then b orbit, but i make b orbit appear first.
Correction at 2:44
This White dwarf has 0.5 Earth Radi, not 0.5 Sun Radi
I forget to change the unit
And other the planeta is orbitng a 21 years but to the Brown dwarf the stars is closer and has already endgulfed the planet😊
Thanks for the correction
Planet b that orbit at 15 AU, i put the orbit at the center.
The Browndwarf orbit i put it at the box in right bottom.
I also forget to add the distance scale and animate appear-dissapear orbit wrongly ( brown dwarf orbit must appear first, then planet orbit. And brown dwarf orbit must dissapear first before planet orbit)😅
Yes
It should become a supernovae/electron capture supernovae. It hit the chandreaskar limit then lost to 1.39.
can you do timeline of an L type brown dwarf?
the twists in the timeline: it actually turns hydrogen into helium, and it has a habitable planet
L type brown dwarf can't fuse Hidrogen to Helium, but L Type Red dwarf can (like 2MASS J0523−1403, that has L2.5V Spectral).
Ok, I will do Timeline L type red dwarf for next Video.
@@Polas3724 ok :)
This guy does actual research. Well done. +1 subscriber
The mass of that star must have been as much as Bellatrix star from the Orion constellation
The star S2 orbiting Sagittarius A* has a spectral type between B0-3V with a mass between 10-15 times the mass of the sun. If this star dies, its star material will be consumed by Sagittarius A* and make it bright.
Sorry polas what app do you use to animate? Is beautiful
I use Powerpoint,Flourish studio, and Clipcamp
@Polas3724 apps i don't know how to use it but it looks good on you
It's is beautiful
How do i find this
Hello polas could You make a video of a Brown dwarf with 2 planetas?
What type brown dwarf ? Y, T , or L ?
I will make it after doing "Timeline of ultracool red dwarf"
@Polas3724 t Star Two planets first Mercury aparency and the second red and the name of the Star is gar names of the planets first tam second gild and the moon of gild name is morten
Ok, I will upload it at 13 or 14 November
@@Polas3724 very fast
Can you do B2V (M: 8.422)
What is name these play pls
Is that simulation available for download?
No, this is an animation
What kind of simulation is this?
This is star lifetime simulation
@@Polas3724 you could this is a animation in the description
Ok, i will put it in the description
@@Polas3724 sorry for commenting so much but it boosts the video in the algorithm
@@Creashaks_ okay, not problem
0 Ma: B3V
8.2 Ma: B3V
51.6 Ma: B6IV
51.8 Ma: G5III
51.9 Ma: K8III/K8II
55 Ma: F2II
56 Ma: K7II
56.9 Ma: M5II
At 2:40 it hit the radius of betelguse😮
its a
eal game or animation?
it is Animation
Blue Loop, TP-AGB, Super AGB, Oxgen-Neon white dwarf: Minimum mass please
Okay
Mass Range For :
Blue-loop : 5-13 Solar masses*
AGB and TP-AGB (Thermally Pulse AGB) : 0.75-8 Solar masses*
Super AGB and Oxygen-Neon White dwarf : 7-8 Solar masses*
* Mass at main Sequence
Thanks
I can't see that orbit of b
Oh sorry, i made a mistake.
b orbit in the midle, then c orbit in the bottom left box. Also, c orbit must appear first then b orbit, but i make b orbit appear first.
c is a brown dwarf lol not a planet
yes, c is Brown dwarf
C is gonna become a star and it will binary the star
@@Polas3724 cool vid tho