is swallowing a rge number of neighb triangulum gaxies with a diameter of 60,000 light-years,

and it's expanding...

expanding step by step...

it is 9800 light-years long, 3262 light-years wide, and has a mass equivalent to at least one million suns.

at this moment,

the smith cloud is at an angle of 45 degrees,

it takes 5,705,000 earth years to reach kepler 452b, which is 1,400 light-years away,

to reach kepler 69c at 2700 light years, it will take 11002500 earth years,

36,000 light-years from earth,

it takes 452,325 earth years to reach k2-18b in leo, which is 111 light-years away,

to reach kepler 438b, which is 470 light years away, it will take 1915250 earth years,

to reach kepler 186f, which is 500 light-years away, it will take 2,037,500 earth years,

it takes 83536 earth years to reach gris 581g, which is 20.5 light-years away,

it takes 92502 earth years to reach gris 667, which is 22.7 light-years away,

to reach gliese 667 cc at 24 light years, it would take 97800 earth years,

at a speed of 241 kilometers per sed, it hit the perseus arm of the milky way,

at the same time,

the andromeda gaxy is 220,000 light-years in diameter

the smith cloud, 8,000 light-years from the milky way's gactic disk,

it is a huge extragactic high-speed hydrogen cloud in the steltion aqui,

the shape of the smith cloud is somewhat simir to that of a et,

it takes 2,445,000 earth years to reach kepler 22b, which is 600 light-years away,

koi-4878.01 to 1075 light-years, requires 4380624 earth

to reach kepler 62f at 1,200 light-years, it would take 4,890,000 earth years,

to reach trapp-1 at 39.13 light-years, it would take 159,454 earth years,

to hd 40307 g at 42 light years, it would take 179 earth years,

it takes 199,674 earth years to reach gris 163c, which is 49 light-years away,