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Description
For those of you not in the know, the first equation is the kinematic that describes an object's final speed (Vf), based on its initial speed (Vi) plus the acceleration times the time (at). The second is the equation for impulse, or the amount of force (V/T, or velocity divided by time) on the mass (m).

In other words, it's not the fall that kills you, it's the stopping.

Thanks to my friend Collin, whose conversation about terminal velocity inspired this in the first place. Dude, isn't this Q=mc/\T ?

Uses smashmethod's fantastic splatterbrushes.

Description
For those of you not in the know, the first equation is the kinematic that describes an object's final speed (Vf), based on its initial speed (Vi) plus the acceleration times the time (at). The second is the equation for impulse, or the amount of force (V/T, or velocity divided by time) on the mass (m).

In other words, it's not the fall that kills you, it's the stopping.

Thanks to my friend Collin, whose conversation about terminal velocity inspired this in the first place. Dude, isn't this Q=mc/\T ?

Uses smashmethod's fantastic splatterbrushes.