Method Jumping, fall, anyone able/willing to crunch the numbers ?

[Arak]

Well, you know there is this about jumping ... https://m.scoop.co.nz/stories/HL0003/S00026/suicide-is-painless-the-craccum-articles.htm

 

[Arak]

Just wanted to add that I had a friend jump from the 8th floor (or maybe 10th?) of an apartment complex, land on concrete, and not die instantly. It took him about 36 hours to die from cranial pressure.

So I think even if you jumped out of a plane and landed on concrete if you don't land directly on your head there is a chance you will take a long time to die.

And if you jump off a building or a bridge or something and land on concrete I think the chances are pretty high that you won't die instantly, you're going to be in agony with your whole body broken and crushed for at least a few minutes if not hours or days.

So based on that jumping is a no-go for me, unless like I said in a another thread, you're jumping into a volcano. That's just awesome.

You don't want to land in a volcane unless the fumes suffocate you first. Lava is molten rock and you can lie or stand on it ... Temperature probably 'only' a bit over 1,000 degrees Centigrade. you''l burn, but you won't die quick.

 

[Arak]

A did look a bit around on Quora ... I'm really bad at physics, it has been decades since I studied that kidn of stuff and was never good at it ...

I did find this: https://www.quora.com/What-is-the-terminal-velocity-of-a-human-on-earth

A hypothetical case '31.62 m/s or about 70.73 miles per hour' not nothing, but instant death ? That math seems incorrect ... and I'm not even sure the equations are correct, from a point of physics. Or even the right equations ... That's terminal velocity even, soemthing liek the highest speed possible and you won't have that when you jump from 80 meters.

I'm tired now, if anyone wants to chime in ...

 

[Voldmort]

I calculated 125km / h for the body using the hourly functions, but that's a pretty fake situation.
I do not know how to make calculations besides, I disregard the air and obviously this interferes a lot. I do not know how to use body mass in calculations. everything points out that I should use it in buoyancy, but I do not know how to apply it in the collision, do you understand? wanted to know how to do the calculation

 

[Suicideisnirvana]

I'm sorry it's just weird to me that people who want to die can't those that want to live die , I was in Belfast NI and a fight erupted a strong rugby player got into a fight he did some damage but was drunk someone blind sided him and he fell on concrete smashed his head on the curb died almost immediately

Most people that wan to live live till they get old, accidents like that are so rare, they are just more noticable because the news talk about them. Nothing strange about that.

 

[Arak]

Just quoting my own post in my own thread:


I just got access to Geo Stone's book and I think this is a good guideline. Before all that modern internet crap. I haven't cross checked with other sources, please do ; )

Page 397 and 398

https://sanctioned-suicide.net/attachments/upload_2018-11-21_19-30-27-png.3633/

https://sanctioned-suicide.net/attachments/upload_2018-11-21_19-28-21-png.3632/

Doesn't look as most modern sources, does it ?

https://sanctioned-suicide.net/attachments/upload_2018-11-21_19-30-54-png.3634/
https://sanctioned-suicide.net/attachments/upload_2018-11-21_19-31-15-png.3635/

More or less a conclusion
' https://sanctioned-suicide.net/attachments/upload_2018-11-21_19-31-47-png.3636/ '

If you want to be sure you need to jump from an altitude of over 100 metres. Easy if you live at the right location.

You could approach the subject of jumping in front of a train in the same manner. If you don't want a 'slice and dice' you need to die on impact. Question: do you have access to a train traveling at high velocity ?