Why M type took so long: M type is a red dwarf. Other stars use their fuel up very fast, but red dwarf stars Do not burn their fuel that fast. That makes the red dwarf able to live for trillions of years (no joke).
O: finish in 10m years B: finish in 32m years A: finish in 360m years F: finish in 3050m years G: finish in 10500m years K: finish in 31b years M: finish in 1t years
O Type Star: Very Fast B Type Star: Fast A Type Star: Slow F Type Star: Very Slow G Type Star: Extremely Slow K Type Star: Ultra Slow M Type Star: Super Slow
0:07 O type star: GAS GAS GASSSSSSSSS B type star : 😧 A type star : OMG F type star : ... G type star : **screams too high** K type star : resonable M type star : **gets slowly die out**
1 trillion years, that's crazy to think about! Isn't the universe only 8 billion years old right now? That means the red dwarf is 125x the current age of the universe. It's about 12,500,000,000x the human lifespan.
so basically, the first red dwarfs could be there for a very long time, like our sun will be gone and stuff, meanwhile, the M types will still be there.
W: 5 million years O: 7 million years B: 35 million years A: 350 million years F: 3 billion years G: 15 billion years K: 35 billion years M: 2-3 trillion years L: 10-15 trillion years T (before cooling below 273 K): approx. 300-500 billion years Y (before cooling below 100 K, Y0): ???
Betelgeuse: 10m years old and now a red giant(~1m years left) The Sun: 4.7B years old and can live 7B more years Proxima Centauri: 1/8 mass of sun and can live 4T years
@@marcusscience23 they still die anyway.... The universe just looovves the spread stuff around its there's nothing else than gravity keeping it toghether
The "life race" of stars, including the L, T, and Y dwarf classifications, refers to their formation, evolution, and eventual fate. Here's an overview of these star types, including L, T, and Y dwarfs: 1. Main Sequence Stars (O, B, A, F, G, K, M) These stars spend the majority of their lives in the main sequence phase, where they fuse hydrogen into helium. As they age, they move through various stages depending on their mass, eventually ending as white dwarfs, neutron stars, or black holes. 2. L Dwarfs (Substellar) Temperature: 1,300 - 2,000 K Lifecycle: L dwarfs are considered brown dwarfs, meaning they were never massive enough to start hydrogen fusion in their cores, a key feature of stars. They form like stars but lack the mass to sustain fusion and thus cool and fade over time. End State: They slowly cool and fade into the cosmos. Their lifespan can stretch far longer than that of regular stars due to their slow burn rate. 3. T Dwarfs (Cooler Brown Dwarfs) Temperature: 500 - 1,300 K Lifecycle: T dwarfs are even cooler than L dwarfs and are primarily composed of hydrogen and helium with some methane in their atmosphere. They continue to cool over time and do not undergo fusion in any significant way. End State: Like L dwarfs, T dwarfs will continue to cool and fade, eventually becoming nearly impossible to detect with conventional instruments due to their extremely low temperatures. 4. Y Dwarfs (The Coolest Brown Dwarfs) Temperature: Below 500 K Lifecycle: Y dwarfs are the coldest and faintest brown dwarfs. They are mostly composed of hydrogen, helium, and compounds like ammonia and methane. These objects are incredibly dim and are often only detectable via infrared telescopes. End State: Like L and T dwarfs, Y dwarfs will continue to cool, and they will likely become undetectable over time. They don't have enough mass to become regular stars, and they fade into a dark, cold state. Summary of Their "Life Race": Birth: These objects form from the gravitational collapse of gas clouds, but due to their insufficient mass, they never reach the critical point for hydrogen fusion, unlike main-sequence stars. Life: Their "lives" are defined by cooling rather than shining. Brown dwarfs like L, T, and Y dwarfs gradually lose heat, becoming colder and more difficult to observe. End State: They don't "die" in the same sense as stars. Instead, they become progressively colder and dimmer until they fade into the background of the universe, possibly becoming undetectable after billions of years. These brown dwarfs, especially the Y-type, can live for trillions of years due to their slow cooling rate, far exceeding the lifetimes of most stars. Their ultimate fate is not well understood, but they will likely continue to fade until they are indistinguishable from the cold background of space.
I can tell the expressions on the slowest stars’ faces, (squinting eyes implies that their struggling, closed eyes indicates they’re tired or half shut eyes mean their debilitated)
our found Trappist is red but between the k and m (because it's red and the remaining time is 50 billion so it's age 50 billion years from now is 57 billion)
@@Crimsrn Does Wolf-Rayet stars even have a red giant phase? They become a luminous blue variable. These stars are so massive that even as they begin to swell, they are still blue
Can't believe it's almost four years. you built us. make us fame. you built the foundation of your very own community. Do you feel proud of what you've achieved so far. all these 4 years are worthy! you gained a well-deserved Silver play button. Chased a dream every mediocre animators like me wanted. It's like a blazing journey of endless fun! Hope you'll do well in the future. also maybe if you had time check your email :]
it would also assist in reducing luminosity and therefore keep our planet in the habitable zone for longer. as it is, we only have another 300-400m years left of the earth being habitable to complex life.
O: Why do I even *e x i s t* Sirius (B-type): Idk but let’s just get away from the view A: nvm I can’t be slow F: nvm I can’t be slow A+F: *continue to say “stop copying me”* Sun: Yee am faster than G G: hey sun? Sun: ye? G: you can *shut* you half *overused* star K: ahh time for us 3 to go like snails M: indeed L: sorry, but I am like slower than rocky (Patrick’s pet)
the Sun is a G2V-Type Star so, it can live 9.5 to 13 Billion years. Oh and, here's a message to "@guy that plays universe sand box 2" not trying to be rude, but the sun is a G-type star not an A-type star
@@Jool4832But when you look at them from space without the atmosphere filtering out blue light, F type stars are actually white and G type stars like the Sun yellow to yellow-white.
O: 3 - 10 million years. B: 40 - 100 million years. A: 500 - 1500 million years. F: 3500 - 7000 million years. G: 8000 - 15000 million years. K: 20000 - 50000 million years. M: 300,000 - 2,000,000 million years.
M class are too small and dim to have large enough habitable zones. I think K-class are "golidlocks" stars which have the most stable and large habitable zones. Our sun is a G-class, and our habitable zone moves about 5x faster than K-Class
i would say k type stars are best for life forms, because its lifespan is longer than the sun and sends less superflares than m type stars. k type stars' habitable zone also moves much slower so life forms could stay longer.
@@HeadsetHatGuy-- And we have no idea if those planets have life. They might all be batren rocks with all the volatile elements stripped away by sun storms.
Main-Sequence: haha i am de 1st but i probably died D: Another Main-Sequence: ii was almost 1st :( but im 2nd :D ANOTHER Main-Sequence: OOS, i managed to be de 3rd A N O T H E R Main-Sequence: wow me fast like de jogging human Yellow/White Main-Sequence: OH LOK, DE BIGGEST THING IN DE SOLAR SYSTEM, S U N Yellow/Orange Main-Sequence: im even faster than m type >:D Red Main-Sequence: *am i dying already???*
I just looked it up on this future of the solar system and it says that the sun is going to survive for 7 billion and 891 million years the F type star is going to survive for about 3 billion years and the G type star is going to survive for about 10 billion years so it is in between F type star and G type star
O\Rigel:AHHAHAHAHAHAHAHA B\Bellatrix:RIGEL STOP LAUGHING AT ALL OF US G\Sun:Calm down M\Proxima Centari:When the duck whent... B\Bellatrix:PROXIMA THAT'S ANOYING! M\Proxima Centari:Waaaaaaa O\Rigel:BELLATRIX DON'T BE MEAN ITZ JUST THE DUCK SONG!!!😡😡😡😡
O: I'm the fastest star!
F: I'm slower but still fast
M: I'm taking so long
L: Wait, you guys are racing?
@AINIEL YABUT în heaven
@@ionutmoise523 I thought brown dwarfs last forever
@@_redniel_ no they dont beacuse evryone has a limit to live
T: **sleeps for a couple of minutes**
Y and Planets: **walking backwards**
Gas giant body who had 31 mass if jupiter: am i a joke to u?
Life raCE : Stars: I wanna be first!
Life reAL : no I really don't wanna die soon
Actually this race is slowest wins
@MarcusScience23 right and that's why a race's definition is a competitive sport to see who can finish fastest?
Ceal 👍
O-type Star: _Blue streak speeds by_ ...
Other stars: Did something just happen?
L, T and Y: Wait, you’re racing?
@@marcusscience23 X: pathetic
Why M type took so long:
M type is a red dwarf. Other stars use their fuel up very fast, but red dwarf stars
Do not burn their fuel that fast. That makes the red dwarf able to live for trillions of years (no joke).
Idk
Red drawf live the longest
Ummm brown dwarfs live longer
@@Akuma.aa0 they just become large gas giants
Massive stars have more fuel than normal stars
Even though this is just a bunch of balls moving on a line its is for some reason super fun to watch
@BogusTheGreatKid
Planetballs*
They ere differnet from solarballs
The last star: I'm slower and s l o w e r
How long do sloths move.
@@gyaltsengoh1259 1 cm per hour
Look at the last one closely and then you will feel something
@@Wolfboy569 the red dwarf moves like a sloth
@@Wolfboy569 this one moves a 10th per trillion years
the 1st star:hello. Ok goodbye
No. Hel-ok goodbye
The last star be like: heeeeeeeeeeeeeeeee
**868921 years later**
Lllllllllooooooooooooooooooo
No it's lik h- ded
n-its ded
Hi bye
O: finish in 10m years
B: finish in 32m years
A: finish in 360m years
F: finish in 3050m years
G: finish in 10500m years
K: finish in 31b years
M: finish in 1t years
Yes
some g stars can live tell 15-20 BIllion years
another some k starts can live up to 60 Billion years
and red dwarfs can live up to 12 Trillion years
@@Robbie-pc1dl y
@@Den_1ndonice grammar
@@Robbie-pc1dl yup 🤭
O Type Star: Very Fast
B Type Star: Fast
A Type Star: Slow
F Type Star: Very Slow
G Type Star: Extremely Slow
K Type Star: Ultra Slow
M Type Star: Super Slow
LTY
M type (red dwarf) star is as still as a rock
@BoscoYT wut no
10000000000rpm m star ✨✨✨✨
@@aloofismail4036 hahahahah star go brrrrrr
0:07 O type star: GAS GAS GASSSSSSSSS
B type star : 😧
A type star : OMG
F type star : ...
G type star : **screams too high**
K type star : resonable
M type star : **gets slowly die out**
M type star:slow and steady wins the race!
L type:ayo-
(L-types are burgundy dwarfs ,basically redder brown dwarfs)
L, T and Y: Wait, you guys are racing?
QS: HELPPPPPPPPPPPPPPPPPP MEEEEEEEE
@@circle277what?
poor k star ball his lifes is so underated
1 trillion years, that's crazy to think about! Isn't the universe only 8 billion years old right now? That means the red dwarf is 125x the current age of the universe. It's about 12,500,000,000x the human lifespan.
The universe is 13.799B years old, not 8B
@@Raven_Gamingz apologies.
Ya know
@@Raven_Gamingz 13.8 Billion years
so basically, the first red dwarfs could be there for a very long time, like our sun will be gone and stuff, meanwhile, the M types will still be there.
Red dwarf: I'm gonna sleep. Red dwarf when it wakes up: where's everybody
W: 5 million years
O: 7 million years
B: 35 million years
A: 350 million years
F: 3 billion years
G: 15 billion years
K: 35 billion years
M: 2-3 trillion years
L: 10-15 trillion years
T (before cooling below 273 K): approx. 300-500 billion years
Y (before cooling below 100 K, Y0): ???
0:05 O and B type stars be like….
GAS GAS GAS
Dwarf star be like: guys?
hah
Got em ha
ha
O type star: Hello, okay goodbye
L T & Y: Wait, you’re racing?
Betelgeuse: 10m years old and now a red giant(~1m years left)
The Sun: 4.7B years old and can live 7B more years
Proxima Centauri: 1/8 mass of sun and can live 4T years
@Levince Tagupa no
@Levince Tagupa xD
...n o?
@@cycrothelargeplanet isn't it a main sequence first then it bacame a supergiant due to it fusing helium
@@thevoid010 no
O is like i dont want to be a Main Sequence
Red dwarf:learns that slow and steady wins the race and applys it to his life and wins the star life race
Other stars: M is losing haha
The race: *Slowest star wins*
Other stars: Aw man
Brown dwarf: You can't lose if you don't race
@ABANDONEDCHANNEL68Protons are stable. They don’t decay unless they’re unstable
M type: slow and steady wins the race
*Ummm M type I think your taking this too far*
@@epicvideomaker3741 M: *=)*
L, T and Y: You can’t lose if you don’t race
This is slowest wins, so it’s good
Red dwarf:learns that slow and steady wins the race and applys it to his life and wins the star life race
come on M you can do it :D
*5 minutes later*
um.. maybe you can?
Brown dwarf: Joke's on you, you can't lose if you don't race
@@marcusscience23 they still die anyway.... The universe just looovves the spread stuff around its there's nothing else than gravity keeping it toghether
The M star, "Hi" (A few trillion years later) "Bye"
This channel is so cool
The red dwarf star after every other star died:"alright Imma start"
Also the red dwarf:"but I'm gonna take my time this music is calming"
M type star: can somone push me i cant move
Speeding up time:sure
What are the music for this video.
This is why i love space
The O-type stars is like every kid when the school bell rings
Lmaoooo
Me when I've been staving for a few hours and lunchtime arrives:
The "life race" of stars, including the L, T, and Y dwarf classifications, refers to their formation, evolution, and eventual fate. Here's an overview of these star types, including L, T, and Y dwarfs:
1. Main Sequence Stars (O, B, A, F, G, K, M)
These stars spend the majority of their lives in the main sequence phase, where they fuse hydrogen into helium. As they age, they move through various stages depending on their mass, eventually ending as white dwarfs, neutron stars, or black holes.
2. L Dwarfs (Substellar)
Temperature: 1,300 - 2,000 K
Lifecycle: L dwarfs are considered brown dwarfs, meaning they were never massive enough to start hydrogen fusion in their cores, a key feature of stars. They form like stars but lack the mass to sustain fusion and thus cool and fade over time.
End State: They slowly cool and fade into the cosmos. Their lifespan can stretch far longer than that of regular stars due to their slow burn rate.
3. T Dwarfs (Cooler Brown Dwarfs)
Temperature: 500 - 1,300 K
Lifecycle: T dwarfs are even cooler than L dwarfs and are primarily composed of hydrogen and helium with some methane in their atmosphere. They continue to cool over time and do not undergo fusion in any significant way.
End State: Like L dwarfs, T dwarfs will continue to cool and fade, eventually becoming nearly impossible to detect with conventional instruments due to their extremely low temperatures.
4. Y Dwarfs (The Coolest Brown Dwarfs)
Temperature: Below 500 K
Lifecycle: Y dwarfs are the coldest and faintest brown dwarfs. They are mostly composed of hydrogen, helium, and compounds like ammonia and methane. These objects are incredibly dim and are often only detectable via infrared telescopes.
End State: Like L and T dwarfs, Y dwarfs will continue to cool, and they will likely become undetectable over time. They don't have enough mass to become regular stars, and they fade into a dark, cold state.
Summary of Their "Life Race":
Birth: These objects form from the gravitational collapse of gas clouds, but due to their insufficient mass, they never reach the critical point for hydrogen fusion, unlike main-sequence stars.
Life: Their "lives" are defined by cooling rather than shining. Brown dwarfs like L, T, and Y dwarfs gradually lose heat, becoming colder and more difficult to observe.
End State: They don't "die" in the same sense as stars. Instead, they become progressively colder and dimmer until they fade into the background of the universe, possibly becoming undetectable after billions of years.
These brown dwarfs, especially the Y-type, can live for trillions of years due to their slow cooling rate, far exceeding the lifetimes of most stars. Their ultimate fate is not well understood, but they will likely continue to fade until they are indistinguishable from the cold background of space.
If you think about in depth all stars started off as M class stars before they grow larger.
No, they started as L, T or Y
@Sco-Cen OB2 "Trus" lol
@@marcusscience23 They actually start off as protostars, which aren’t any spectral class.
@@colonelcorn9500 true
Nice vid!
Admit it,some of you fast foward trough it when B-type star is gone
O: flash
B: 1/3 flash
A: rocket
F: car
G: human running
K: human walking
M: snail
totally
L, T and Y: Not racing at all
@@Robbie-pc1dl oooooooooooooooookk
DBBD: zzzzzzzz
@@marcusscience23 More like:
L: Bamboo growth
T: Sea level rise/continental drift
Y: Stalactite growth
Blackhole: Hubble's expansion
???: Patrick's Pet Rock (SpongeBob SquarePants) (0 m/s)
can you pls tell me the name of the musics used in the video?
Supernovas: ZOOOM
Supernovae*
-_-
I can tell the expressions on the slowest stars’ faces, (squinting eyes implies that their struggling, closed eyes indicates they’re tired or half shut eyes mean their debilitated)
I already have gave you a like.
Brown dwarf: You can't lose if you don't race
our found Trappist is red but between the k and m (because it's red and the remaining time is 50 billion so it's age 50 billion years from now is 57 billion)
What is the music
Don’t wolf rayet stars live for close to no time at all?
uhhh no they live for a few million years
however their red hypergiant phase is only a few hours so you'll be getting mixed up with that
@@Crimsrn its 100k year
@@Crimsrn Does Wolf-Rayet stars even have a red giant phase? They become a luminous blue variable. These stars are so massive that even as they begin to swell, they are still blue
They live for about 1 million years.
Somebody tell O it's not a race
Well he died before you can tell him anyway
Dude we could restart the multimulation (multiple simulation) then set the o span lifetime into 60 mil years
@@dawnsclim4382 And then his corpse could have imploded into a blackhole.
Imagine living for a trillion years.
0:03 to 2:16 is my favorite music i want to know the name
O star: i outta here
B and a star: let me fly like a balloon f and g star: i fat
K and m star: my tummy is gonna explode
Hi there Jupiter. Earth says he knows you're his dad. And I spilled the beans to Venus and Cupid.
0:06: *FAST*
6:33 *SLOW*
Could someone tell what's the name of the music? The first one specifically-it sounds nice.🚶♀
¿Name of the first song please? Just for listening.
It took 3 minutes just for type M to even move an inch lol
Lol true, if it didn’t multiply this would be like a 10 hour video.
You mean cm?
How dare you!
Use metric!
@@marcusscience23 Yes
Can't believe it's almost four years. you built us. make us fame. you built the foundation of your very own community. Do you feel proud of what you've achieved so far. all these 4 years are worthy! you gained a well-deserved Silver play button. Chased a dream every mediocre animators like me wanted. It's like a blazing journey of endless fun! Hope you'll do well in the future. also maybe if you had time check your email :]
we could possibly save our star by using a stellar engine since lower mass stars live longer
it would also assist in reducing luminosity and therefore keep our planet in the habitable zone for longer. as it is, we only have another 300-400m years left of the earth being habitable to complex life.
U think we can build that???
Whats the first song name?
O: Why do I even *e x i s t*
Sirius (B-type): Idk but let’s just get away from the view
A: nvm I can’t be slow
F: nvm I can’t be slow
A+F: *continue to say “stop copying me”*
Sun: Yee am faster than G
G: hey sun?
Sun: ye?
G: you can *shut* you half *overused* star
K: ahh time for us 3 to go like snails
M: indeed
L: sorry, but I am like slower than rocky (Patrick’s pet)
Isnt sun is G-Type? (Okay its G2V but these few billion years doesnt matters)
@@heuzame6198 it’s a mid-main sequence G type, that’s why it goes faster
@@beniu1305 As i said
SIRIUS IS AN A-TYPE STAR.
@@heuzame6198 Yes.
Our sun (G type) star dies
M type star : ***turtle moment***
Live like a turtle die like a turtle. Slow but long life.
L T Y: Immortal?
Red dwarf:learns that slow and steady wins the race and applys it to his life and wins the star life race
00:07 why not gas gas gas song ?
G type stars: well My life is not really fast , O type stars: * explosion *
Is it just me or why do they look so cute to me?
They do. They're frickin' adorable. I think it's the expressions. XD
@@robinchesterfield42 Yes when I just take a glance at them I silently say aww so no one thinks I'm a weirdo
@@robinchesterfield42 yes me too
3:55 the other start have ended and the red dwarf still at the start xd
What songs did you use friend?
The A type star is a high mass A type star that is the reason its life was so short.
If the Sun is a M-Type star, it will live very, very, very, very long
Mercury and Venus probably Habitable and Earth should be cold.
@@Den_1ndo rip
the sun is a G type
mercury and venus might not be habitle because its very dangerous around a red dwarf
Sun is yellow-white
The legend says M type star is still racing
M star: guys are you racing? Can i play with y-
where everyonel?
If you are running in the race which star type will you be?
F
K I'm very slow
Your life is lucky, Ross 128 b!
5:00 to final: My favorite music in this video
What is the music
Which star would be the sun?
What's the name of the song?
i was literally screaming: GO M-TYPE STAR
nice video.
What the song name
The sun is either a A type, F type or a G type
G, it should be around half way to death
@@youraveragerobloxkid yessssssss😅☝
@@youraveragerobloxkid is there a way to turn the sun into a k or m type star
@@pakboimsal8498 its not even possible to supply hydrogen or something because it would not reach the core 🗿
@@MINECRAFTERHARS we could remove some mass from the sun and desprese the mass to the gas giants
O and B be like:
I AM SPEED
A, F And G be like: slow and steady wins the race!
K and M be like: we are just going to be here casually.
@@mynameisnotjack Red dwarf:learns that slow and steady wins the race and applys it to his life and wins the star life race
G type star: the sun
B type: Sirius
@@meganwalls7014 sirius is a
O type: Rigel
@@SeychellesShorts im O type if O type is blue supergiant
Edit 2 months later: aouch ithisis tekst isis corupded
M type star: *oh fuck I forgot*
planets?
Song name plsss
Blue Giant/O Type Star Went GAS GAS GAS
Failed star: Wait,only M and get it :(
The M type star takes like 1T years to die and that’s how many words I say at the dinner table
the Sun is a G2V-Type Star so, it can live 9.5 to 13 Billion years. Oh and, here's a message to "@guy that plays universe sand box 2" not trying to be rude, but the sun is a G-type star not an A-type star
G2V
It's yellow white
@@marcusscience23 No, yellow-white stars are F-type stars.
@@Jool4832But when you look at them from space without the atmosphere filtering out blue light, F type stars are actually white and G type stars like the Sun yellow to yellow-white.
lol i expected rude replies from @guy that plays universe sand box 2 but i guess not :)
O: 3 - 10 million years.
B: 40 - 100 million years.
A: 500 - 1500 million years.
F: 3500 - 7000 million years.
G: 8000 - 15000 million years.
K: 20000 - 50000 million years.
M: 300,000 - 2,000,000 million years.
M:300,000 - 10,000,000 million years.
The last star I sleep so much time left to sleep
Alright! W is the Fastest, X is the Slowest.
Actually, Make that Much faster! Trillion years for the start!
WOBAFGKMLTY{idk the rest}
@@cycrothelargeplanet DQX. Anyway brown drawfs don't live the longer they don't support stable hydrogen fusion as their too smol.
w o b a f g k m l t y d q x
X is a black hole
Some can live for 1 tenth of a googol years
Yeah, much faster
@@youraveragerobloxkid but they are ultradense dead remnants of a massive star like O
O star:ZOOMMMMMMMMMMMMMMMMMMMMMMMMMM
So complex lifeforms are best suited around red dwarf (M class stars).
M class are too small and dim to have large enough habitable zones. I think K-class are "golidlocks" stars which have the most stable and large habitable zones. Our sun is a G-class, and our habitable zone moves about 5x faster than K-Class
i would say k type stars are best for life forms, because its lifespan is longer than the sun and sends less superflares than m type stars. k type stars' habitable zone also moves much slower so life forms could stay longer.
@@Pickled_Poet Ahem. TRAPPIST-1 exists
@@HeadsetHatGuy-- And we have no idea if those planets have life. They might all be batren rocks with all the volatile elements stripped away by sun storms.
@@HeadsetHatGuystellar flares and eruptions enter the chat
Fun fact: did you know x type star can live only 300 years if it formed today it will die in the year 2324
What about type L T and Y
M type: moving 1 pixel an hour
Main-Sequence: haha i am de 1st but i probably died D:
Another Main-Sequence: ii was almost 1st :( but im 2nd :D
ANOTHER Main-Sequence: OOS, i managed to be de 3rd
A N O T H E R Main-Sequence: wow me fast like de jogging human
Yellow/White Main-Sequence: OH LOK, DE BIGGEST THING IN DE SOLAR SYSTEM, S U N
Yellow/Orange Main-Sequence: im even faster than m type >:D
Red Main-Sequence: *am i dying already???*
*the M type isn't even moving-*
I competed for how long the lifespan of a
star is🤓
R135a1 is a w type star
Enough
I guess you can call it it actually a wolf rayet star
R136a1
@@Kim-kr7vq yes
Wolf rayet: Hey, um goodbye
They’re not main sequence
Red dwarf is my favorite type btw
I just looked it up on this future of the solar system and it says that the sun is going to survive for 7 billion and 891 million years the F type star is going to survive for about 3 billion years and the G type star is going to survive for about 10 billion years so it is in between F type star and G type star
The sun is classified as G2V type main sequence star.
G-type lives for about 12 million years and F-type for about 5 million years.
I remember when you where called dogepro
SS stars be like Bruh why are they so fast?
O:Blue
B:Blue
A:Bluish
F:White
G:Yellowish
K:Orange
M:Red
O\Rigel:AHHAHAHAHAHAHAHA
B\Bellatrix:RIGEL STOP LAUGHING AT ALL OF US
G\Sun:Calm down
M\Proxima Centari:When the duck whent...
B\Bellatrix:PROXIMA THAT'S ANOYING!
M\Proxima Centari:Waaaaaaa
O\Rigel:BELLATRIX DON'T BE MEAN ITZ JUST THE DUCK SONG!!!😡😡😡😡
RIGEL IS A B-TYPE STAR!!!
1st liked
@@adriana-istrateEXCUSE ME,NO CRITICISM PLEASE