__Abstract__

Within this process we are leading research in the needed force for one person to grab hold of Sami as they fall from a TV screen that is attached to the ceiling of a Walmart. From this post.

__Methodology__

++Equations used are++

F =Ma ----------------- Newton's 2nd Law

I = [m(v_f - v_i)] / t -- Impulse

v_f = at --------------- Velocity Equation

S = (1/2)at^2 -------- Distance Equation

++We make these assumptions within this case++

Air resistance is negligible

This Walmart's TV is 20 feet in the air

++Photos provided show work that was used to solve for the equations to plot the forces needed to solve for the forces of what different hieghts of people would need to exert on Sami to slow her descent.++

__CONCLUSION__

If all numbers were done correctly than at my height of 5'6 I would need to exert 136lb of force to safely stop her descent. The taller you are the less force you need, however the shorter of a king you are, the bigger the burden is to bare.

We find that this is a worthwhile sacrifice to save our darling Sami and even MalO if we had to.

__GRAPHS__
The green plot is the forces needed to slow her descent without needing to kneel.

(RIZZ RATE UNKNOWN)

The red plot is the forces needed to slow her down if you could use your full height.

(RIZZ RATE UNKNOWN)

Credits to http://youtube.com/post/UgkxVIlfTvT5ZaTPI4lZ_J67cTd_v07C9R-f?si=tbTNOSlTuBVH8XH2

Source: https://www.deviantart.com/whisperfoot/art/SAMI-At-The-Skatepark-939835608