Chainsaw Man discussion thread

[Dalesean027]

I looked at the paper and the value you used is the average value of all the dusts collected (From comets btw) bulk value

The main make up of comets is dust and rock after all not dissimilar to what we have here considering this is all discharge from debris flung up that being stone, dust, and dirt from the mountain.

Aka sitting in a pile, not floating through the air. So I don't know if it would be accurate to use in this situation since the dust of the mountain is being kicked up into the air likely lowering it's density per meter cubed.

If ya wanted to go by this instead using the sandstone and granite mix would be best as they are sedimentary and are common in mountainous terrain. So 290kg/m3 instead of 490 if that makes ya feel like its more accurate also once again as afar as the in the air part goes that's the entire point of the hollowness my guy it takes into account its not some 100% solid structure the low end specifically is negged by the ten thousandth

 

[Bruh]

What would the values be if we used 1 second for the dust KE instead (since it occured in one panel) ? For all we know the Gun was already long gone and the "explosion" was just the lingering aftermath

 

[Dalesean027]

What would the values be if we used 1 second for the dust KE instead (since it occured in one panel) ? For all we know the Gun was already long gone and the "explosion" was just the lingering aftermath

Its already using 1 second...
Please actually read the blog not even gonna entertain this literally already did all of this for like an entire 2 pages so how are we still on this

 

[Bruh]

Its already using 1 second...
Please actually read the blog

Oops sorry then, i'm new to the thread and isn't really good at looking at all the maths in calcs

 

[ElajRuengies]

Are you sure that dust value is correct? 490 kg/m^3 seem awfully high considering water is just over double that at 1000 kg/m^3 and it's way more involved than dust.

The calc already compensates for this by using 99% and 99.99% hollowness values, meaning it's really 4.9 kg/m^3 at the high end and 0.049 kg/m^3 at the low end.

For reference, the low end is about twenty times less dense than clouds (~1 kg/m^3).