Timeline: *Starting system* Key: The planet is called b. The moons are listed via roman numerals from smallest to biggest. 1:03 B is formed along with I and II. 1:33 II's ice melts. 1:41 Star runs out of helium. 1:53 II's oceans evaporates and it's atmosphere is stripped away. 1:55 Star expands and starts dying. 2:04 B loses it's ring. 2:14 I enters the roche limit and creates a great ring. 2:46 Star enters AGB stage and violently releases it's outer layers. 2:56 B loses 20% of it's mass. 3:09 Star turns into white dwarf, B loses another 15% of it's mass and II is lost. 3:22 System is kinda dead. 3:32 B is lost after a very long time due to many reasons. 3:40 Star will slowly turn into a black dwarf and fade with the universe. *End*
@@cycrothelargeplanet a moon IS a satellite. a NATURAL satellite, what MOST people refer to as a satellite (Like a space telescope or a space station) is an ARTIFICIAL satellite. A satellite just means ANY artificial object or natural object of significant mass or size orbiting something else. For artificial objects it'd probably be something big enough to either carry some scientific instruments, cargo, or a crew, , and that is currently serving such a purpose.
@@The110678 I'll put it simply : that star is very bright ,and hot. All dust to make planets is blown away.all remaining dust is picked up by gas giants and form planets. As gas giants are heavy enough to not get blown away.
Another thing: there wouldn't be time for life to evolve on that moon even IF it was habitable... At least, not anything multicellular or maybe not even anything eukaryotic. It would have to be colonized.
System size comparison Small Brown Moon (1.0 Earth Radius), Habitable Moon (1.6 Earth Radius), Green gas Giant (23.6 Earth Radius), Star, 3.6 Solar Radius
For an around 5 solar mass star, it should go like this Firstly, the star forms Then it goes through a hook where it becomes hotter for a bit The subgiant brach should last a lot longer RGB stays the same These kinds of stars also go through a blue loop, where they become blue for a bit Then they go through AGB and Post-AGB the same Then they become a white dwarf
This is my favourite main sequence star because It is similar to when Sirius B was a b type star and of their light blue colour and they live for 120 to 300 million years
My own stars: Violet giant star:these stars are remnants of supernovae. They are bigger then blue giants but smaller then red supergiants. They are most likely to form planets in orbit around them. 82% of the time actually. They usually have gas giants for planets. 1 million years in there lifetime they dim by 2%. This doesn’t sound like much but this changes the temperatures of the planets drastically. There flares tend to be weaker. And there temperatures also drop. But the temperatures only change by 1 degree. 1080 years later they pulse. Magnetic pulses. Sending flares across the system. But there very weak. Eventually they send a flare that destroys the planets atmosphere. And there color changes to red and they shrink. Becoming red dwarfs. The solar flares get stronger again but the gravity gets weaker. Over the course of a billion years they dim and dim, until eventually they become black dwarfs.
Also at 3:00 what happened to the earthlike moon? And it shouldn't have been habitable for that long, or even at ALL, btw... Because it shouldn't have existed since the star would've exploded before it could've formed.
@@AstroCatz If it was within the distance that Mars was at, it probably WOULD'VE been eaten by the star, because I'd think that a B class star would turn into a MUCH bigger Red Giant than the Sun would.
SIKE! 5.6 solar masses is enough to fuse Carbon into Neon and heavier elements but not enough to fuse Neon into heavier elements to go supernova. After it runs out of helium the star still has a trick up its sleeve.
@@Patriotic_italian5 but the Lifespan of star too short..it takes 4Billion years for life to evolve.. first Single cell life was born in 3rd Billionth year of Sun's Existince... This star has only 120Million years of Lifespan ...
Out of hydrogen (in the core), remaining hydrogen outside the core will begin burning, expanding the star in a red giant phase. After all the hydrogen is turned to helium, the star contracts to engage helium fusion (Blue loop/helium flash) at a higher temperature, this expands the star again, and as helium burns hotter and faster, it only lasts a few million years. Faster fusion means the star will swell up again because its gravity can't hold it back anymore. Then, AGB, expansion and contraction before all fusion ceases, finishing with a gravitational collapse, creating a white dwarf, neutron star or a black hole. I may have explained the whole thing now, which you didn't intend.
![[Story]How a K-type Star System Would Evolve?](http://i.ytimg.com/vi/3oIdpdK2z3A/mqdefault.jpg)
![[Story]How a K-type Star System Would Evolve?](/img/tr.png)
Timeline:
*Starting system*
Key:
The planet is called b.
The moons are listed via roman numerals from smallest to biggest.
1:03 B is formed along with I and II.
1:33 II's ice melts.
1:41 Star runs out of helium.
1:53 II's oceans evaporates and it's atmosphere is stripped away.
1:55 Star expands and starts dying.
2:04 B loses it's ring.
2:14 I enters the roche limit and creates a great ring.
2:46 Star enters AGB stage and violently releases it's outer layers.
2:56 B loses 20% of it's mass.
3:09 Star turns into white dwarf, B loses another 15% of it's mass and II is lost.
3:22 System is kinda dead.
3:32 B is lost after a very long time due to many reasons.
3:40 Star will slowly turn into a black dwarf and fade with the universe.
*End*
it’s Hydrogen (H), not Helium (He).
@@bakei8985 Thank you.
btw it's hydrogen and B stars go supernova Doge hi you are a remarkable youtuber with 556 subs when i firdst found you and now 7K congrats!
@@bakei8985 Yes, but Helium is He not Hi
@@anpang11 ok, thanks for telling me.
Star: I am running out hydrogen
I'm gonna expand
That gas giant: are you trying to get more from me?
Star: *OH YES*
The rocky moon: *dad , are you trying to sacrifice me to be your rings? ,of god please no-*
@@iapetus6110 The Gas giant: OH YES YES
@@Your_DoorYT ocean-to rocky moon: *BROTHER NOOOOO-*
*Top 10 saddest anime deaths*
Its Jool
Very good animation and that explains my life in 3 minutes
ANTATICA?! YOU HAVE INTERNET
@@randomnessToonss in the opposite world
Hmmp so you are a B-Type star?
I hope every 1 minute in DogePro’s videos we just hear *YES.*
OH YES
@@AstroCatz are you mettaton doge pro
_∵OH YES ∈ Mettaton, Mettaton = Star_
_∴OH YES ∈ Star_
*OH YES*
@@AstroCatz *Death By Glamour Start Playing*
Very quick upload !!! Can't wait for other videos !!!
I love these videos, keep going man
I like the select your star part lol
Same
Same
Same
Same
Same
I love how the smaller satellite is so angry the entire time
And the gas giant is like ''y know what ,since i am secretly selfish ,i will use your rocky ass to make more rings''
Moon not satelite
@@cycrothelargeplanet a moon IS a satellite. a NATURAL satellite, what MOST people refer to as a satellite (Like a space telescope or a space station) is an ARTIFICIAL satellite. A satellite just means ANY artificial object or natural object of significant mass or size orbiting something else. For artificial objects it'd probably be something big enough to either carry some scientific instruments, cargo, or a crew, , and that is currently serving such a purpose.
@@cycrothelargeplanet
Every single natural satellite in existance just bruh-ed when you typed that in
Because it doesn't have any enough mass to maintain hydrogen for liquid water on it's surface.
A lonely green gas giant.
A star with just 1 planet.
Good thing it has moons.
Too bad the more-rocky moon just died ,and the largest got ejected
Lol, I'm also a lonely green gas giant but with 5 moons, 4 planets and 2 dwarfs.
@@Jool4832You’re not lonely unless your at the whatever system belt 😂
And that's why we don't want to colonize B type stars! 😎 Nicely done, sir!
Only gas giant's can be in the system ,it's very likely it blows all terrestrial planets away
Errrrrrrrrrrrr.....I come from India.
I don't know what you are saying.
@@The110678 I'll put it simply : that star is very bright ,and hot. All dust to make planets is blown away.all remaining dust is picked up by gas giants and form planets. As gas giants are heavy enough to not get blown away.
I still don't get it...
I feel very sorry for B. Must be depressing to die so soon after starting off so cheerfully.
The star or the planet?
Another thing: there wouldn't be time for life to evolve on that moon even IF it was habitable... At least, not anything multicellular or maybe not even anything eukaryotic. It would have to be colonized.
Actually B-Class Giants generate too much UV Light, so planets wouldbn't be able to form in the first place.
@@shinystarmiestudios4179 Rocky Planets?
@@fishykitty1754its probably the same with Rocky planet
@@shinystarmiestudios4179 ok explain why HD 100546 b exists.
@@ArwinaThePlanet potentially exoplanets.
1:10 900 Luminosity
1:17 1,000 Luminosity
2:00 2,000 Luminosity
2:29 3,000 Luminosity
2:32 4,000 Luminosity
2:49 5,000 Luminosity
2:50 6,000 Luminosity
2:51 7,000 Luminosity
2:52 9,000 Luminosity
2:53 10,000 Luminosity
2:59 20,000 Luminosity
3:02 30,000 Luminosity
3:05 40,000 Luminosity
2:13 Rest in rocks , nameless rocky moon
You did not live long, but you will be missed
the moon live roughly about 100 million years that is a "rock"ie number for a moon
@@EnderAI *graystillplays intensifies*
@@EnderAI bad joke ,didn't laugh
@@iapetus6110 who cares
@@cycrothelargeplanet no one?
System size comparison
Small Brown Moon (1.0 Earth Radius), Habitable Moon (1.6 Earth Radius), Green gas Giant (23.6 Earth Radius), Star, 3.6 Solar Radius
You're the only RUclips that I know that actually does planetball stuff.
There are others... but my videos are RELATIVELY scientific
@Cameron Savosky YES Like Hecics and Elrond Gasal mid-real of hecics Elrond gasal true but cooling mapping are false
We also have tomek. And he is the most similar to dogepro (my opinion).
@@JulianyTomas yea ,colin mapping is so trash , he needs to go to the dumpster
@@Atula416 well he only does colonizing stuff
Whitch is bOoRiNg
this content is amazing you need more subscribers
So true
How about doing M-type
i love these videos i even make some timelines on scratch
I love how that little orange moon is just *ANGY* throughout the entire time it was there
Usually, the brighter the star, less the lifespan.
not usually, but at all times.
Brighter AND bigger
"Oh yeesss" i like that sound effect so much
I've lost count of how many "OH YES" is in the video..
xD
I was thinking about you hoping you would post and you did yaaaayyy! Thanks!
"oooooooooh yeees" Classic Mettaton EX XD, but i am a astrology nerd for space thank you for making this man
(NES caption appears)
You and your moons are lost
GAME OVER
When will you make a video about W-type stars? same for D-type
can you do an timeline of a O1/wnh star?
I'm actually working on it(O-type star video V2 with higher mass that can enters WNH stage)
@@AstroCatz Whn stAGE Is Wolf-Rayet
The lower mass B-type stars are the most massive stars that won't go supernova.
I have been a fan since 400 subs!
For an around 5 solar mass star, it should go like this
Firstly, the star forms
Then it goes through a hook where it becomes hotter for a bit
The subgiant brach should last a lot longer
RGB stays the same
These kinds of stars also go through a blue loop, where they become blue for a bit
Then they go through AGB and Post-AGB the same
Then they become a white dwarf
Thought they enter the red giant phase. I think only wolf rayet stars are like that.
i though WR-type stars come from "used to be main-sequence" stars above 8 solar masses
@@drewkastelajara3812WR stars go through LBV, not red hypergiant smth
Plz do g-star next, I want to make the sun happy
Too common
Want it? Here it is already uploaded :
ruclips.net/video/521omVSc8kM/видео.html
@@dawnsclim4382 i think he is talking about a G-type star NOT related to the sun
Your videos look 👍good
I'm subscribed to see your videos in my recommendation page all the time
This is my favourite main sequence star because It is similar to when Sirius B was a b type star and of their light blue colour and they live for 120 to 300 million years
i hope you get 100k subs one day
Can do the F-type star next?
Thank god someone has the same request as me
Good choice for the music at the end
Do a timeline of a G-type star (not the sun)
Edit: Due to popular opinion, after g type, do a timeline of F or* M type*
F:...
@@iapetus6110 why is F getting forgotten
@@cycrothelargeplanet we need F
@@cycrothelargeplanet F and M needs some love , care , farts , and care rn
@@iapetus6110 agreed
Good video, Your content is good 🤘
Sounds cool lol it says OH YES. Great video!
ah how much this channel has changed...
My homework can't be done with this music! 🌎🌎🌎🌎🌎🪐🌑
1:01 uhhh....
Noice B-Tybe Star
แจ๋วมว้ากกก
I dare you to do the Timeline of an F-type star next
yes pls
These are getting forgotten q u i c k
@@cycrothelargeplanet well F and M needs love right now
We need the F-type star. It will be cool 2 see a star similar to the sun with a much lower lifespan. With a little more mass than the sun.
@@Atula416 true , then G and M will be taking over after F's timeline is done because it is time for F to shine
Why is there an “oh yesss” in every start of the star systems
I'd play this if it were an actual game
Same
My own stars:
Violet giant star:these stars are remnants of supernovae. They are bigger then blue giants but smaller then red supergiants. They are most likely to form planets in orbit around them. 82% of the time actually. They usually have gas giants for planets. 1 million years in there lifetime they dim by 2%. This doesn’t sound like much but this changes the temperatures of the planets drastically. There flares tend to be weaker. And there temperatures also drop. But the temperatures only change by 1 degree. 1080 years later they pulse. Magnetic pulses. Sending flares across the system. But there very weak. Eventually they send a flare that destroys the planets atmosphere. And there color changes to red and they shrink. Becoming red dwarfs. The solar flares get stronger again but the gravity gets weaker. Over the course of a billion years they dim and dim, until eventually they become black dwarfs.
Imagine it actully exist
I don’t think it’s called a blue dwarf, probably a cyan or light blue giant
1:03: B-Type Star Stop It With The *"OH YES"*
what is the music in 3:12?
0:20 oh yes again
Also why it turn into white dwarf,at what type stars start to get supernova?
next please star type f and habbitable planet
“It’s lifespan is shorter than the dinosaurs”
Your animations are soo cute
Could you do the kerbol system from KSP?
The Kerbol system is inherently weird since all the length and distance is 10x shorter than it should be
@@universe1879 probrally cuz it is one of those custom solar systems we tried to make in our childhood ,some are even OP
nice medium remix
the start got me. 😂
We are family!
..
SEVERE WARNING!
Guys there's a new update if you select two stars you get a binary system :D
Oooooo
Don't select more than 5 stars it will crash your game.. (i tried 6 stars and my game crashed)
@@Atula416 And that shows that the "game" is unscientific, 'cos there's at least one six-star system in REAL life that we know about. (Castor)
@@robinchesterfield42 i play the mobile version of the "game" so it doesn't have a lot of memorie...
Do an M type star next please!
After that F type
@@NoName-no1rr n o
F f i r s t
Can you make a game?
the gas giant: pls help
The star:GIMME NEUTRON STAR AS A DEATH PLSSSSSSSSSS
white dwarf from star:BRUEH
I love this game.
2:14 Me:”I knew that poor moon was going to be a ring”
Stars of such mass experience a blue loop when starting burning helium reaching surface temperature around 8000 K.
Respect to the planet for staying
But it killed its younger moon , so selfish of that gas giant
@@iapetus6110 i hope that the moon abuse will stop soon
Is it possible for a B-type star that will become a white dwarf
What programs do u use
Just normal draw tool and normal vid editor and then oof the pics together
I like music before the red giant stage ended
B type star evolution:
Protostar->main sequence->red supergiant->supernova->neutron star
you're telling me that this star will be standing here for 25 quadrillion years?
zamn thats a long time.
No. Types of stars can die in different years if a star is tiny and dim it lives longer
@@GoodByeStars i meant the star in the video
@@Togeiivi I already know and if I remember b types live for 1 billion years.
Add the largest black hole that is bigger than the solar system or twice the size of milky way
We need a game like this
By the way, the star should supernova as it has a mass of 5.33 solar masses, and 5.33 is greater than the 1.4 solar mass Chandrasekhar Limit.
Tragedy happened dangerously fast man
Didn't the universe fade on trilions of years?
Damn the music is good
Nah it aint
nice from like star Sirius B 25,600K B-type in DA2-type
lol this E
Also at 3:00 what happened to the earthlike moon? And it shouldn't have been habitable for that long, or even at ALL, btw... Because it shouldn't have existed since the star would've exploded before it could've formed.
It’s 65AU away
So I *assumed* that solar wind won’t blow water away instantly
@@AstroCatz So it got ejected from its planet's orbit?
Interesting.
@@WinVisten At first I *assumed* that the Red Giant blew and destroyed the moon
But now I think it's a dumb assumption.
@@AstroCatz If it was within the distance that Mars was at, it probably WOULD'VE been eaten by the star, because I'd think that a B class star would turn into a MUCH bigger Red Giant than the Sun would.
@@WinVisten Betelgeuse?
3:11 star: oops...
3:14 star: sorry for that 😅
Planet: 😞
star :i need a battery me: heres a hydrogen battery star: NO A BATTERY FOR MY PHONE
LmaoooooooooooooOOOooOOoo
- How much of Mettaton do you need?
- *OH YES*
Bad Internet while I was trying to see this.
Blue dwarves are actually a hypothetical star that’s an old red dwarf.
The star showed was actually called a Blue Giant
yes it is
I don't know how to call the stars. Usually I just use B4V, K3II,etc
@@AstroCatz you can call them azure giants
@@AstroCatz call them blue white main sequence star
1 minute: *passes*ㅤ
Video: *OH YES*
Why does the planet look so big
DogePro’s new name: AstroCat
B type star: I don't want to die I was just born:(
Your videos are very funny lol
SIKE! 5.6 solar masses is enough to fuse Carbon into Neon and heavier elements but not enough to fuse Neon into heavier elements to go supernova. After it runs out of helium the star still has a trick up its sleeve.
Do Timeline of A F-Type Star next
Would it go supernova?
This B-type star is not massive enough for that
Could life evolve around B-type stars?
Maybe it will be in the right zone
@@Patriotic_italian5 but the Lifespan of star too short..it takes 4Billion years for life to evolve.. first Single cell life was born in 3rd Billionth year of Sun's Existince...
This star has only 120Million years of Lifespan ...
I said maybe
Wow I like it 🤩
Was this a B3V star?
no it b9v
I don't understand why the planet is disappearing
*OH YYYYYYYEEEEEEEEEESSSSSSSSSS*
3:07 "Snap"
What does it mean when the star says H!
Out of hydrogen (in the core), remaining hydrogen outside the core will begin burning, expanding the star in a red giant phase.
After all the hydrogen is turned to helium, the star contracts to engage helium fusion (Blue loop/helium flash) at a higher temperature, this expands the star again, and as helium burns hotter and faster, it only lasts a few million years.
Faster fusion means the star will swell up again because its gravity can't hold it back anymore. Then, AGB, expansion and contraction before all fusion ceases, finishing with a gravitational collapse, creating a white dwarf, neutron star or a black hole.
I may have explained the whole thing now, which you didn't intend.
Wow ok ur smart