lixt
Entropy guides me until death reaches me.
- Dec 14, 2023
- 74
Hi there, I made a document researching jumping's effectiveness on my available place to jump.
Document:
Physics of jumping:
Terminal Velocity = √(2mg / ρA) = sqrt((2×70×9,8)÷(1,225×0,6)) = 43 m/s = 154.8 km/h
t=v/g = 43÷9,81 = 4,383282365 seconds to reach the velocity
Distance = 1/2 * g * t² = 1/2 * 9,81 * 4,383282365^2 = 94 meters
As a story falls somewhere in 3.9 meters height, 94/3.1 = 30 stories high.
My available height: 9 stories = 9 * 3,1 = 27,9 meters
v=sqrt(2 * g * s) = sqrt(2 * 9,81 * 27,9) = 23,4 m/s = 82.8 km/h
v is velocity
a is the acceleration due to gravity (m/s²)
s is the displacement or height (m)
----------------------------------------------------
I wonder if 82,8 km/h is enough to die, if I go head first.
Document:
Physics of jumping:
Terminal Velocity = √(2mg / ρA) = sqrt((2×70×9,8)÷(1,225×0,6)) = 43 m/s = 154.8 km/h
t=v/g = 43÷9,81 = 4,383282365 seconds to reach the velocity
Distance = 1/2 * g * t² = 1/2 * 9,81 * 4,383282365^2 = 94 meters
As a story falls somewhere in 3.9 meters height, 94/3.1 = 30 stories high.
My available height: 9 stories = 9 * 3,1 = 27,9 meters
v=sqrt(2 * g * s) = sqrt(2 * 9,81 * 27,9) = 23,4 m/s = 82.8 km/h
v is velocity
a is the acceleration due to gravity (m/s²)
s is the displacement or height (m)
----------------------------------------------------
I wonder if 82,8 km/h is enough to die, if I go head first.