Twi the black hole can’t speak its not the anime waifu version the internet made it to be

@Background Pony #C5B5
 
They are probably just going to be edited. I know they could have just left the old images up and then asked for a merge but some artists don’t seem to realize we have that here on Derpibooru for updates.

@Background Pony #C5B5  
Yeah that’s not good

Uh, the next 2 pages of this comic are gone now.

@yttyr  

 
Mmm, numbers…they’re so crunchy. :D

@Setsugekka  
I do like crunching numbers on occasion.

@yttyr  
Oh well I tried xD
 
But good to know you also did some number crunching.

@Setsugekka  
Seems reasonable for a rough estimation I would say.
 
Then again… I just remembered. We could actually compare sizes right here.
 
We know that that is a suepermassive black hole as stated in the description of page 36 and considering that Twilight knew of it’s position at the top of her head I assume it may be the suepermassive black hole at the center of their galaxy which I assume would make it comparable to Sagittarus A. Sagittarus A have a Schwarzschild radius of 0.08 AU and what do we currently have left of this black hole? The Schwarzschild! And luckily we even have a pane where Twilight puts her head right next to it, making comparing the two rather easy. So let’s do this.
 
At full resolution the Schwarzschild of the black hole measures exactly 14.5 cm on my screen whilst Twilight’s head measures about 11 cm so her head is 0.7586206897 times the size of the black hole’s Schwarzschild. Now, like I said the Schwarzschild radius of Sagittarus A is 0.08 AU which means it’s diameter would be 0.16 AU or 23,935,691.68 km. Assuming this black hole have the same Schwarzschild radius as Sagittarus A it would mean that Twilight’s head have a diameter of 18,158,111 km right now.
 
So, uh, no. I guess your estimation for her total size to be 0.208931 ly or 1,976,639,900,000 km wasn’t that reasonable at all apparently. Sorry.

@yttyr  
Alright, that’s something I can work with. I’m just throwing some wild assumptions out here, so don’t take it 100% for granted. And I assure by glaxy you mean our milky way.
 
The largest known single star in our milky way is “VY Canis Majoris” whose radius is about 1,420 times that of the Sun (R☉). So that would be 695,700 kilometres x 1420 = 986,900,000‬km (~613,231,230‬‬mi). Doubling the numbers giving it a diameter of 1,973,800,000‬km (1,226,462,459‬‬mi). That’s about 0,00020893l ly in diameter.
 
To make it seem like a tiny speck compared to Twilight, I just assure Twi is about 1000 times bigger then this.  
So 0.208931 ly in diameter. Compared to the estimated maximum diameter of 200,000 ly for the milky way still makes her really tiny.
 
But yeah, just wild guessing and hope my calculations are correct.

@Setsugekka  
It’s hard to get a reference shot when she’s this size. Most objects in space would just be tiny specks next to her and the next thing bigger than her would be the entire galaxy which she’s still too small to be compared to (at least for now).

@Background Pony #C5B5  
Should we get a reference point some time, we could determin her relativ size.

@Background Pony #C5B5  
Big

I need to know how big she is right now.

For Science.

Welp, the acrrassion disk made her grow big enough to just casually shrug off a black holes gravity.

@Hecadeximal
 
Check the next page

Aren’t black holes like… tiny though? I mean??

@yttyr  
enough to power the World for about… 20 Centuries? maybe more?

How much energy is she flipping outputing if she’s struggling even at this size?!?!!

That’s definitely not Hawking radiation.