She jumped from the 86th floor of the Empire State Building, that's roughly 250 meters, convert that into miles and you get 0.16 miles
now draw your conclusions
To calculate the impact force, we can use the principles of physics, specifically the equation for kinetic energy: KE = \frac{1}{2} mv^2 Where:( KE ) is the kinetic energy( m ) is the mass of the falling object (the person)( v ) is the velocity of the falling object upon impactAssuming the person has an average mass of 70 kilograms and using the equation for potential energy: PE = mgh Where:( PE ) is the potential energy( m ) is the mass of the person( g ) is the acceleration due to gravity (approximately 9.8 m/s^2)( h ) is the height from which the person fell (about 8,047 meters)So, the potential energy can be calculated as: PE = (70 , kg)(9.8 , m/s^2)(8,047 , m) \approx 5.45 \times 10^6 , J Then, we can find the velocity using the principle of conservation of energy, where all potential energy is converted into kinetic energy: KE = PE v^2 = \frac{2(5.45 \times 10^6)}{70} Now, with the velocity calculated, we can estimate the force of impact. However, the exact force would also depend on factors like the angle of impact, the stiffness of the car's structure, etc.
To calculate the impact force, we can use the principles of physics, specifically the equation for kinetic energy: KE = \frac{1}{2} mv^2 Where:( KE ) is the kinetic energy( m ) is the mass of the falling object (the person)( v ) is the velocity of the falling object upon impactAssuming the person has an average mass of 70 kilograms and using the equation for potential energy: PE = mgh Where:( PE ) is the potential energy( m ) is the mass of the person( g ) is the acceleration due to gravity (approximately 9.8 m/s^2)( h ) is the height from which the person fell (about 8,047 meters)So, the potential energy can be calculated as: PE = (70 , kg)(9.8 , m/s^2)(8,047 , m) \approx 5.45 \times 10^6 , J Then, we can find the velocity using the principle of conservation of energy, where all potential energy is converted into kinetic energy: KE = PE v^2 = \frac{2(5.45 \times 10^6)}{70} Now, with the velocity calculated, we can estimate the force of impact. However, the exact force would also depend on factors like the angle of impact, the stiffness of the car's structure, etc.
This looks like a TAke post
This person fell from a building
You not surviving s***
Did the flesh rip off of her face?
She jumped from the 86th floor of the Empire State Building, that's roughly 250 meters, convert that into miles and you get 0.16 miles
now draw your conclusions
She dead?
She dead?
''the most beautiful suicide''
a person would reach terminal velocity in a lot less distance that 5mi. anyway, they would do serious damage to the car, insurance would certainly total it, although it may be able to function with a salvage title after some serious cleaning and repair
maybe YOU would reach terminal velocity but i’m built different. ain’t no slowing me down when it comes to chasing that bag
That’s true if andre the giant fell on my thing everyone involved is totaled and dying but if a baby fell I would just catch it
He doesnt even have to fall from the sky even if you crash into andre the giant it’s overs for your car.
She jumped from the 86th floor of the Empire State Building, that's roughly 250 meters, convert that into miles and you get 0.16 miles
now draw your conclusions
she got that s*** on
it really depends on the human too. that dude who played The Mountain? Ya I think your car is f***ed. some smoking hot female gymnast? might just bounce off
What about an unattractive female gymnast
What about an unattractive female gymnast
didn't even cross my mind brother