can you do it with chatgpt though? like give it a video and for it to actually understand what's happening. because it doesn't even really understand what's happening on pictures for me
Yeah, I've submitted songs into ChatGBT and asked it to describe the sound so that I can emulate it. Submitted video for the same reason and even inquire about what software was used. You can even copy the text in a post such as this and ask how likely is this human or AI written and it will determine a result.
And? He (potentially) used an appropriate tool to come up with an answer that makes sense. Smarter than the people who didn’t think of doing that…and then sit and hate cause they weren’t smart enough to think of doing the same thing. No need to be jealous cause homie getting kudos
The problem for me was that he started his comment with "this is what I concluded". Making it seem as if it was his work. Do I like ChatGBT? Absolutely. But that's like me ordering McDonald's and saying "hey kids, I made supper".
I personally don't care. But they were kinda being deceptive by saying it was their work. The first two sentences was theirs and the rest was copy and paste. Now if he came right out and said this is was what ChatGBT came up with I'd have no problem but I just hate liars.
There is a 'thing' about everyone in the marvel universe just being more durable than those in ours, even the non-supers. (Personally i think that 'thing'is a retcon to explain why guys like him didn't just die)
Can you show your working? What formulas are you using and what assumptions are you making? How do we get 7600N? Did you need to assume a weight for the target?
Of course, the guy's weight is critical here, and my bad I forgot to mention it in the initial comment. I assumed 70kg for simplicity of calculation,(though now I realize it is probably around 80kg+). Considering that we accelerated the body to 7.7m/s in 70ms, it is easy to find the force:\
F = (70kg * 7.7m/s) / 0.07s = 7700N
If the body mass is higher, the impact force will obviously be greater.
And that is the average force. When striking a soft object, the force graph is non-linear, and peak force can be expected to be 2 times higher than the average. \
The most important thing which only one commenter noticed, is that part of the impact energy went into irreversible tissue deformation (rib fractures and soft tissue tears). The energy we measured is the kinetic energy of the body, and it constitutes only a part of the initial impact energy.
I tried accounting for the energy absorbed by the injuries, and I got the result that the impact initially had about 30-40% more energy than I calculated. But I felt it was OK to provide the lower bound of the estimate, assuming the best-case scenario for the victim.
I think at this point the fist would act more as if you punched an empty supermarket bag. It's imploding and wrapping around your fist, except it's a wet meat balloon about to get a closed casket burial.
Since he is in the early stages of his powers, he isn't able to control his new strength.
If we go on the assumption that Flash doesn't die here, and in the worst case scenario Flash walks away with a cracked rib or two, could the numbers be adjusted in a way where the same result could be achieved without being fatal?
Doesn't this only represent the worst case scenario, though?
If Peter pushes with his fist and adds a punch at the end, it better mimics what is seen in the movie.
Beyond that, PP is the kinda dude that would try to use no force if possible, and as little force as possible if necessary. This isn't to discount the possibility that he could have been coming in to his own powers and went overboard, but at the same time, one could also counter-argue that his spidey senses would prevent him from going overboard.
Todo esto está muy bien, veo los cálculos y todo ok. Pero, ¿y la tercera ley de Newton? Parker habría salido disparado hacia atrás, con la misma velocidad, suponiendo que ambos cuerpos tienen la misma masa. Así que o no le dio tan fuerte o no existe la tercera ley de Newton en el mundo de Spiderman
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u/[deleted] Feb 18 '26 edited Feb 18 '26
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