- 22,391
- 18,595
There's a ton of other stuff to take into account, including that the bulk of the asteroid impact here is seismic effects on a continental, potentially global scale. I've actually seen calcs based on shaking just hundreds of miles reach stuff like Island level or Large Island level (surprisingly consistent).
That's a good point, but it doesn't really counter the point of things like projections and statements placing it at that size.
Destroying the asteroid was done with calcs from the fragmentation of iron and the size of the asteroid. It's Large Island level to Island level if the whole thing was destroyed, which it might or might not have been. Also, in this case, MT Everest is far smaller and not made of iron.
Ok.
We've kind of reached an impasse here, so I'm going to agree to disagree with the whole asteroid thing, even if you bring up another argument.
Edit: I used diameter instead of radius, so the calcs are wrong. Using a 10 km radius, it's Island level, using 5, it's 1.04800e19 Joules, or Large Mountain level. That makes far more sense.
That's a good point, but it doesn't really counter the point of things like projections and statements placing it at that size.
Destroying the asteroid was done with calcs from the fragmentation of iron and the size of the asteroid. It's Large Island level to Island level if the whole thing was destroyed, which it might or might not have been. Also, in this case, MT Everest is far smaller and not made of iron.
Ok.
We've kind of reached an impasse here, so I'm going to agree to disagree with the whole asteroid thing, even if you bring up another argument.
Edit: I used diameter instead of radius, so the calcs are wrong. Using a 10 km radius, it's Island level, using 5, it's 1.04800e19 Joules, or Large Mountain level. That makes far more sense.