Originally posted by Diesldude
Hey was the ship flying on it's own? if it was, then why did superman have to push it?if hes pushing the ship, he's practically the engine and is towing the earth, moon and the ship.
Like a tugboat that broke down towing another boat. A new tugboat comes in, tows the broke down tugboat and the other boat connected to that broke down tugboat.
Its argued that the mass of Earth and Moon was negated.
Originally posted by abhilegend
You think stopping airliners is difficult?Superman moves a giant spaceship (600 miles long) towing Earth and Moon (whose mass is disputed to be nullified).
No, just one upping that particular plane scan lol.
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Thor keeps a moon (small planet) together before it breaks apart and seals it with lightning.
Originally posted by Diesldude
👆 if there is no fuel then he’s the engine thats moving the ship and whatever is connected to it.I guess there is something else going on then that negated earth and moon’s weight.
Originally posted by StiltmanFTW
I see.And Thor, Thor gets everything?
August 1962 - August 2020?
58 years in total?
Originally posted by Damborgson
No, just one upping that particular plane scan lol.-------------
Thor keeps a moon (small planet) together before it breaks apart and seals it with lightning.
I already showed a better feat.
I was thinking on comparing examples of the most similar situations I can think of between these two and these came to mind.
One of the feats I remember people touting as one of Thor's best was the weapon that created a "gravimetric attraction akin to a neutron star."
https://i388.photobucket.com/albums/oo326/OneDumbG0/Thor%20Stats/ThorStrength25.jpg
And Abhi posted Superman getting up in a "localized gravity well" that simulates a black hole.
Originally posted by abhilegend
Stands up in the simulation of gravity of a giant black hole.
Though I find more to question with Thor's case, let's assume they're effectively like being in a neutron star and inside a black hole.
Solar mass is the mass of our Sun.
https://astronomy.swin.edu.au/cosmos/S/Solar+Mass
Neutron stars have a mass of 1.3 to 2.5 solar masses.
https://www.nasa.gov/mission_pages/GLAST/science/neutron_stars.html
Stellar Mass black holes range from 4 stellar masses to 100.
https://astronomy.swin.edu.au/cosmos/B/Black+Hole
But the scans say it's the equivalent of being in "a big one" of a black hole. Which could be the larger end of Stellar Mass black holes. Or, it could be the larger ones.
This gives intermediate black holes in the hundreds to thousands of solar masses and supermasive black holes in the millions to billions of sollar mass range.
https://skyandtelescope.org/astronomy-resources/how-big-is-a-black-hole/
Well going by this being the equivalent of being in "a big one" for black holes, I think it would be a lowball to even go with.the high end for stellar mass black holes. But even going there and the maximum for neutron stars, Superman's feat is of something the equivalent of 40 times larger.
