Комментарии:
PHONIX A
Ответить13 quadrillon earths can fit in it.
ОтветитьIt's 10,7273635353534242525534343345353434343535353434 quadrillions
ОтветитьLike 20 quadrillion
Ответить3 decillion 😢
Ответитьwow 650000000000 moons can fill the Stephenson
ОтветитьPhoenix 8 can fit 10t suns
Ответить9b
ОтветитьThat star is called Stephenson2-18 is known as the biggest star in the universe
Ответить13 quadrillion earths
Ответить1 trillon
ОтветитьOur sun, is a stars, so stars a big this is one of the smallest stars out there
Ответить☠️💀💀☠️☠️💀💀💀☠️💀💀☠️💀💀☠️💀😰😨😰😨😧😦😥😢😢😥😓😓😶🌫️😶🌫️😶🌫️
Ответить1.80000000
Ответитьno how many suns
ОтветитьAround 7quadrilluon
ОтветитьThat is the Earth compared to Stevenson 218 the largest star I think or the Sun
Ответить9.2 quintillion earths I think
ОтветитьBut 9099.9890 9999997 billion trillion point billion trillion 2085 805 55 in that last video
ОтветитьIdk 135 billion earths?
Ответить960,000 ...
ОтветитьIt’s 1.3 million earths inside the sun squished, no gaps.
ОтветитьWhat about beetleguese
Ответить🤓👆according to my calculations the sun can fit 0 earth BECI’s thay will a melt
ОтветитьInfinity ♾️ i think 🤔
ОтветитьMe:I’ll looking the comments to understand this
The comments:for those who don’t know,he earth has grass and we live on earth
Me:…
For thos hoo don't know in short form ill say that s big sun that in space there is 2 sun one sun and big sun like is free
👇
100000000000000trilian
Ответитьthat is not true
ОтветитьWe are not that close to the sun. Venus is before us.
ОтветитьWtfffffffffffffffffffffff
Ответить1.3m
ОтветитьThe fact that we cant see the stephenson 2-1 when its THAT big is scary to think how big our universe really is
ОтветитьThe hell you mean “tHoSE wHO KNoW
ОтветитьUh...uh......if its a Stepson 2-18 then above 10⁹*2
ОтветитьThose who don't know it called red sun aerth can fit in 1000000k
ОтветитьWhat about a black hole?
Ответить1,250,000
ОтветитьThe 'monster' drifting away
Explanation: Ten Earths could easily fit in the "claw" of this seemingly solar monster. The monster, actually a huge eruptive prominence, is seen moving out from our Sun in this condensed half-hour time-lapse sequence. This large prominence, though, is significant not only for its size, but its shape. The twisted figure eight shape indicates that a complex magnetic field threads through the emerging solar particles. Differential rotation of gas just inside the surface of the Sun might help account for the surface explosion. The five frame sequence was taken in early 2000 by the Sun-orbiting SOHO satellite. Although large prominences and energetic Coronal Mass Ejections (CMEs) are relatively rare, they are again occurring more frequently now that we are near the Solar Maximum, a time of peak sunspot and solar activity in the eleven-year solar cycle.
For those who didnt go to school, venus is the hotter planet
Also dont even try being mean
>:3 how am I supposed to know 😊
Ответить99.000.000.000.000.000.000.000😅
ОтветитьHuh
ОтветитьEstán re mensos
ОтветитьI know your mom's it's actually 4.5 billion do your math I may have glasses but that doesn't mean I'm smart that just means I'm intelligence,😠😠😠😠
ОтветитьOK Google y cuánto sería 90005673754645444653637464646M
ОтветитьWho can awnser this
How many earths in serious A
About 3
Ответить"The largest star, UY Scuti, couldhold the volume of approximately 6 quadrillion 489 trillion earths"
-google
Did you guys know there's a 9 planet in the solar system 😮💀
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