What Types Of Dwarf Star Are There?

[@InsaneCuriosity]

Hey Insane Curiosity Squad! If you liked the video, we would love for you to share it with your friends or on other social networks like Facebook, Reddit, Instagram, TikTok and Twitter, etc... (Since the algorithm is not cooperating in showing us to the public 😅). In just 30 seconds, you will greatly help our Channel to grow and improve future contents. A big thank you from all of us.

[@JMFSpike]

Great video, but it needs a part 2 for orange, blue, and the theoretical black dwarfs.

[@Spacebug111]

Blue dwarf are sub-dead red dwarf star

[@alanmawson2187]

@@Spacebug111 and sun-born white dwarf stars

[@Lasse1199L]

Actually the sun converts 600 MILLION tons of hydrogen in to hellium every second not only 600 tons. Source wikipedia: "The Sun currently fuses about 600 million tons of hydrogen into helium every second"

[@Lasse1199L]

@Hemp Tech The information is still correct so ........

[@Lasse1199L]

@Hemp Tech Glad you stopped yelling. Now you just need to work on the subtle insults. That said the information is still correct - Wikipedia or not.

[@lloydtucker5647]

Imagine getting that energy bill...

[@realsuperjuice]

Thank God that the solar light bulb is a public lightbulb so we don't have to pay the bills

[@bronnismofo]

Yip, I was thinking given the mass of the sun it seemed a little on the low side.

[@mailasun]

So if there are only dwarfs and giants, who are the “normals”?

[@insanecuriosity2682]

Hello! :) So this would be the classification:
TYPE STAR
0 or Ia+ hypergiants or extremely luminous supergiants
Ia luminous supergiants
Iab intermediate-size luminous supergiants
Ib less luminous supergiants
II bright giants Beta Leporis
III normal giants
IV subgiants
V main-sequence stars (dwarfs)
sd (prefix) or VI subdwarfs
D (prefix) or VII white dwarfs
Not exactly one "normal"
Thanks for being Insanely Curious with us! Stay tuned ;)

[@mkama920]

Normals are Yellow Dwarfs/Mid Main Seqences

[@robinchesterfield42]

I always thought that too. There's no name for _medium_ size stars! :P
Our sun was called a "dwarf" at first because it SEEMED on the smaller side, because the big stars were the only ones we could see. It wasn't until we had better telescopes that we found out that actually the MAJORITY of stars in the universe were smaller than the sun, but by then the "yellow dwarf" name had stuck so we keep using it anyway. :P

[@kingnoob444]

..

[@caseyburnet]

I watched a lecture about how our sun is actually white in coloration, it simply appears orange due to the filters on some photographers' cameras. When you look at the sun at noon high in the sky, it appears whiter, but as it sets appears more orange due to the distance along the horizon. The light beam travels farther to reach our eye, and so the blues, greens, and violets become scattered, leaving only oranges, reds, and yellows. That's why sunsets are always darker shades of those colors when we see them, and appear much brighter whitish/yellow during the day. I never noticed this, but it's so true. Additionally, clouds and other particles in the horizon can distort the coloration we see because the light is reflected/bent by them...

[@insanecuriosity2682]

Hi Casey!! Thank you for sharing space info with us! It's a valuable input and we totally love raising up questions and critical thinking!
Hope to see you soon in another video :)

[@seanhewitt603]

The sun's light peaks in the green spectrum.

[@Captain.AmericaV1]

I highly recommend the UK comedy Red Dwarf!!😎😎

[@craftyguyinthewoods]

Yeah, it is 600 MILLION tons better than this show! 🤣 This seems relevant for this ill-learned creator: I am Holly, the ship's computer, with an IQ of 6000; the same IQ as 6000 PE teachers.

[@jonathanlindsey463]

u mentioned orange dwarfs in the beginning but forgot to describe them later... they r the best stars for supporting life as we know it.. all i remember about orange dwarf is they r very much like our sun “yellow dwarf” in size and mass but live longer, so astronomers think orange dwarfs are the best option for us to someday move to

[@billc.4584]

Gave you a like. Text of the presentation was clear, concise and informative. Visual graphics were often off point, distracting and amounted to visual noise. While some images were spectacular they did not inform. Oh, and "shedded"? I don't believe that is an actual word. :)

[@TheRealGuywithoutaMustache]

Dwarf stars can be larger than a star? It sounds oxymoronic lol

[@KellEmcuriosidades]

@@ChineduOpara Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@mkama920]

NO!!!

[@craftyguyinthewoods]

Kelvins, degrees Fahrenheit, degrees Celsius...nice of you to to try to use every unit of temperature you could think of, but you did miss quite a few. Since we're dealing with plasma physics on the surface of the sun, how about electron volts (eV/keV/MeV)? Or maybe degrees Rankine, Delisle, Newton, Reaumur, or Romer? How about just pick one...and stick with it? If you are dealing with very low temperatures, Kelvins make sense, as that scale is based on absolute zero. But, when you are dealing with very high temperatures, the (relatively) small 273 degrees difference between C and K is trivial, so it doesn't make much sense to use Kelvins, other than people just think it is cool and want to sound very scientific. Degrees C and F are much better suited for higher temperatures, but you do need to ensure you pick the correct one, as at the temperatures germane to this video there is a 1.8x factor between degrees C and F. With that, I leave you with these HUMBLE words of wisdom: WAYNE'S WORLD! WAYNE'S WORLD! PARTY TIME! EXCELLENT!!!!

[@KellEmcuriosidades]

Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@Spalato]

The V in G2V is not the letter V, it is the Roman number 5 and refers to its luminosity class.

[@fewerantman310]

The core of our planet is as hot as the sun

[@Mr-BareMinimum]

If possible please change the explosion intro sound to something else. The whole video is so soothing to watch the explosion sound is just a no go, especially when watching late in the night

[@insanecuriosity2682]

Thanks for sharing your thoughts! If we consider changing the intro anytime we'll consider this! Keep it curious ;)

[@Xeno_Bardock]

A red/brown dwarf star is basically a gas giant planet but with a bloated plasmasphere glowing red, mostly in infrared spectrum. Planets orbiting inside plasmasphere are hidden from telescopes, also its plasmasphere can vary in size which makes it difficult to determine the actual size of such stars. Life on its earth-like planets will be adapted to infrared spectrum. Also getting captured by main sequence star is bad news for such stars as they will lose their red glow causing earth-like planets to freeze.

[@floseatyard8063]

Only a brown dwarf meets that description, red dwarf stars are proper main sequence stars

[@chrishunter8817]

Outstanding video! ⚡🖤🌠

[@insanecuriosity2682]

Glad you enjoyed! Thanks for watching!

[@chrishunter8817]

You're most welcome. :D

[@UMadUCauseBad]

Ok so we keep talking about these dwarf stars, but where are the snow white stars?

[@chrisstargazer5866]

Amazing video. Thanks

[@KellEmcuriosidades]

Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@insanecuriosity2682]

Thank you for wathcing Chris, glad you enjoyed!

[@amangogna68]

Great video !

[@KellEmcuriosidades]

Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@armandomath]

#You forgot orange dwarfs,

[@insanecuriosity2682]

Noted, Thanks for the comment & for watching!

[@elvest9]

Since it's a science channel I wouldn't mind if the video was more accurate. It had all kinds of things put there with "artistic freedom" that just weren't true such as the black hole featured when talking about our sun and its death.

[@INFINITYVisuals1]

Yo im so early 🤯

[@timothyward6644]

Did you get a 3080?

[@douglaswilkinson5700]

The most massive star known, R136a1, is a dwarf, by definition, since it is fusing hydrogen in its core. It is approximately 196 solar masses and 4,677,000 times its luminosity. (cf Wikipedia and the "Oxford Dictionary of Astronomy")

[@AbdiPianoChannel]

Black dwarf stars are absolutely majestic.

[@zatar123]

I thought it only took 2 Hydrogen to get 1 Helium 🤔

[@vincentschneega6504]

Helium normaly is a molecule: He2 same as Hydrogen H2

[@chrism3784]

The sun does not give off much yellow light, in fact the sun gives off more green light then any. Green dwarf? Because green is near the middle of visible light spectrum, the other colors combine to appear white. Red dwarfs give off more red light, but half of its light is in the infrared spectrum and invisible to our eyes, is why appears red like it should.

[@AndreiAndrei-pg8eg]

You didn't even touch on Blue dwarves

[@insanecuriosity2682]

We might get into Blue Dwarfs deeper in another video, thanks for commenting and for watching!

[@einenkirby9888]

5:30 its not 600 tons.
its 600 million tons. check ur research pls.

[@insanecuriosity2682]

Thanks for the feedback and for watching! Keep it Curious ;)

[@tfsheahan2265]

Sorry, there are no "dwarf" stars. Only stars that are on the main sequence, or either above or below it!

[@xk1390]

The ultimate fate of yellow dwarf stars is not white dwarfs, but black dwarfs.

[@MinasTsambanis]

Τhe Sun is NOT yellow. It is white.

[@insanecuriosity2682]

Thanks for the feedback & for watching! :)

[@veronicalogotheti5416]

Thank you

[@buw0mp]

Tenth

[@insanecuriosity2682]

Nice attitude! Aiming for Top 3 next video? Thanks for watching!!

[@drsanobermajid7247]

nice video but plz use some simple terms without any sientific way

[@rogerkreil3314]

If I had a billion dollars, I would send probes to stable yellow dwarf stars. They might have exoplanets with life on them! 😀

[@caty863]

Billions of dollars wouldn't be enough. You'd need the technology to enable you to make a spacecraft capable of lasting millions of years and stay functional. You also would need to be immortal so that you can wait for the results to come back.

[@abel739]

I wonder why they have to be dwarf stars and not just “main sequence” stars. 🤔 can someone explain this better?

[@KellEmcuriosidades]

Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@abel739]

Tom's Ghost thanks :D

[@ihatefurries5212]

You forgot orange dwarfs and black dwarfs

[@Matt-jd2hi]

196 likes??!!?!? So cloce to 200K

[@craigclaggett3102]

red dwarfs brown dwarfs yellow dwarfs and white dwarfs exists in our world

[@allinoner]

1:30 5500 Kelvin *

[@MegaGronis]

I thought sun was a main sequence star not a dwarf. ok im wrong

[@douglashagan65]

Right it may appear yellow but that's the particles it's actually the atmosphere that surrounds the planet that makes it look like it's a red or yellow hue this is not the actual color of the planet this is why it's

[@desmondcassity8909]

#336

[@ariffiyatno1167]

how about blue dwarf?

[@polychoron]

Downvote because you did not mention orange dwarves, goldilocks stars, which were expressed in your thumbnail. False advertising.

[@amn9433]

5:27 *600 million tons

[@insanecuriosity2682]

You're right, thanks for the feedback & for watching! Keep it Curious ;)

[@sandybarnes887]

Are neutron stars also classified as dwarf stars?

[@KellEmcuriosidades]

@iMaGiNE Hello can I help reach 500 subscribers? I'm 11 years old I talk about curiosities and I try through my videos to pass a little of what I know goes to Kell In Curiositis

[@insanecuriosity2682]

Not exactly, there are many differences between them
White dwarfs are formed from the collapse of low mass stars, less than about 10 time the mass of the Sun. This star loses most of its mass in a wind, leaving behind a core that is less than 1.44 solar mass. On the other hand, neutron stars are formed in the catastrophic collapse of the core of a massive star.
Thanks for watching and being curious with us!

[@douglashagan65]

Write this control the dark matter and the course of direction of the gravitational pull is towards the yellow door star that we need to go towards we need the solar recharger and GPS

[@Numba1hunna83]

The A.I. voice makes this unwatchable.

[@masrimus1607]

This isn't accurate at all. The hypothetical minimum for a red dwarf are 78-80 Jupiter Mass. Not 75.

[@onax0013]

What the hell. A Red Dwarf with 78-80 *Solar* Mass?????????? Did you mean Jupiter? Because if its in solar mass then that's not a red dwarf, its a supergiant or maybe a black hole

[@masrimus1607]

@@onax0013 sorry, i mean Jupiter mass.

[@onax0013]

@@masrimus1607👍

[@geemanbmw]

M,,K,G,F,A,B,O main sequence stars. Why would you go from M type to brown dwarf to G type? Your only gonna confuse the shit outta people who are trying to learn this and it's already confusing normally. You really should redo this video. Sorry but it gets a 👎

[@garryibbetson9912]

FIRST

[@insanecuriosity2682]

Almost got it! Hope to see you in another video soon :)

[@YuRiSunga]

@@insanecuriosity2682 4:34 black dwarf

[@ThomasistheTwin]

Termerature is not related to mass. Nothing within the realm of human experience can demonstrate this so all of this is a lot of “hot air” as gas will never collapse under its own weight. Again this defies the definition of a gas. The entire time of observation has been dozens of years yet it is claimed it is know what has happened billions of years before and after now up to (it is claimed) one trillionth of a trillionth of a second after it all started. This is like those who watch 5sec of a movie and claim they know how it started and how it will end but those who make such claims don’t even know what they are even looking at for those 5 sec. And these are the berries of the truth? Stars are akin to a flame. The cleaner the burn the higher the vibration🌈 and are power electrically by the wireless induction of power from the plasmoid at the galactic center. This receives it’s energy from that which is above the galactic realm and so on, as above so below. The same rules that govern the very large govern the very small and this is electromagnetism.

[@peeperleviathan2839]

Quit your yapping

[@ThomasistheTwin]

@@peeperleviathan2839 Truth is a claim that can not be refuted sorry if you mistake that for yapping unless you want me to stop speaking truth? PS I’m not a bot🤖