• Hey Guest,

    We wanted to share a quick update with the community.

    Our public expense ledger is now live, allowing anyone to see how donations are used to support the ongoing operation of the site.

    👉 View the ledger here

    Over the past year, increased regulatory pressure in multiple regions like UK OFCOM and Australia's eSafety has led to higher operational costs, including infrastructure, security, and the need to work with more specialized service providers to keep the site online and stable.

    If you value the community and would like to help support its continued operation, donations are greatly appreciated. If you wish to donate via Bank Transfer or other options, please open a ticket.

    Donate via cryptocurrency:

    Bitcoin (BTC):
    Ethereum (ETH):
    Monero (XMR):
Defenestration

Defenestration

I want to have the courage to defenestrate myself
Oct 25, 2020
1,881
Hello there
I had seen on this site a calculation method for the speed during the jump ... see the weight ...and the height of jumping... I think the heavier the better? do you have the site or the method. I weigh 67 kg and the height is 50/55 m. THANKS
 
Defenestration

Defenestration

I want to have the courage to defenestrate myself
Oct 25, 2020
1,881
AresCohere

AresCohere

Professional Insomniac
Apr 10, 2023
159
There is a simple kinematic (physics) equation for this

Vf^2 = Vi^2 + 2*a*d
Vf is final velocity
Vi is initial velocity
a is acceleration (which on earth in gravity is ~9.8m/s)
d is distance

Using 50m and a Vi of 0 you should get ~31.3m/s upon impact, or about 112 kph

Using mass of 67kg and the Kinetic Energy formula

KE = 0.5 * m * v^2
m is mass
v is velocity

You should get 32,830J (Joules) of force upon impact. That alone is 8x the forcé needed the break the strongest bones in the body.

I wish you luck!
 
  • Like
Reactions: Defenestration
Defenestration

Defenestration

I want to have the courage to defenestrate myself
Oct 25, 2020
1,881
There is a simple kinematic (physics) equation for this

Vf^2 = Vi^2 + 2*a*d
Vf is final velocity
Vi is initial velocity
a is acceleration (which on earth in gravity is ~9.8m/s)
d is distance

Using 50m and a Vi of 0 you should get ~31.3m/s upon impact, or about 112 kph

Using mass of 67kg and the Kinetic Energy formula

KE = 0.5 * m * v^2
m is mass
v is velocity

You should get 32,830J (Joules) of force upon impact. That alone is 8x the forcé needed the break the strongest bones in the body.

I wish you luck!
Like a car strike me in 112km/h
 

Similar threads

jellyfish11
Replies
28
Views
1K
Suicide Discussion
sanctionedusage
sanctionedusage
C
Replies
0
Views
234
Suicide Discussion
CuriousPotato
C
imonadeadline
Replies
0
Views
93
Suicide Discussion
imonadeadline
imonadeadline
M
Replies
15
Views
856
Suicide Discussion
Morris1211
M
braintorture
Replies
59
Views
4K
Suicide Discussion
braintorture
braintorture