It's literally 25,000,000,000,000 miles to the nearest star. The milky way alone is about 621,371,192,237,333,890 miles or 100,000 light years across. I'd say that she is roughly 30 million to 70 million light years tall.

nicothesqueako said:
It's literally 25,000,000,000,000 miles to the nearest star. The milky way alone is about 621,371,192,237,333,890 miles or 100,000 light years across. I'd say that she is roughly 30 million to 70 million light years tall.

*Laughs in square-cube law*

themrmaverickmann said:
*Laughs in square-cube law*

I never mentioned volume or surface area. Mainly just one dimension being length. We would first have to submerge Penny into water to determine volume from displacement. If we divide the mass(m) by volume(v), we get density (p). Now, square cube law dictates that the place value of a number mainly corresponds to the dimension in which value is represented. (e.g.: 1d=10, 2d=100, 3d, = 1000) The volume of such an organism would be impossible to sustain. The largest Penny's body could realistically grow without failing in any way would be about 9 feet according to human biology, considering her anthropomorphic nature. However, if we make various biological changes (make her a sea dwelling organism) and move her to a low gravity environment with deep oceans (Like Mars roughly 3.8 billion years ago). she could grow much larger. In Mars' oceans, she would need to evolve to her environment and would eventually reproduce, die, and after several generations, evolve into a whale-like animal, several hundred feet long. Organisms living on planets with lower gravity don't require as much energy to pump blood throughout their body (and against gravity) as on a very dense terrestrial planet like Earth. It really is a question of Astrobiology but whatever, it's porn lol