Hmmm..
I only had a degree in aviation management, not aerospace engineering, so I may need some mutual support from engineer types....
However, Momentum = Mass x Velocity(squared), I think there might actually be a point where I COULD effectively smash a P-3 pilot effectively with a dead cat. This would not only add some levity to a late night in the AOC, it would have positive ramifications on my stagnating seniority.
Therefore...for you high math types...provided I DO locate a dead cat, with a weight of 8 pounds, what speed to I need to acheive to in effect, "smash" a 180 pound 6' hypothetical former P-3 pilot (preferalbly one who relishes sliding his seat back prohibiting me from opening my "desk of shame" while at the same time requesting coffee right as I filling out the TOLD card, inspecting HAZ paperwork, and calling GOC for a change to the FPR).
Realizing that I am 6'2" with slightly above average arm length, can you calculate the required radial velocity to swing the dead cat to acheive the desired impact results on said target?
I'd do that math, but instead of taking higher physics I was teaching touch and gos at the local AUO aiport or off at the War Eagle Supper Club or Ryan's trying to locate a girl foolish enough to waste her time with me, or pehaps getting counseld (again) by the AFROTC staff on professionalism, taking the program seriously, blah blah blah. So I need some help here...
I do know, however, that the five of six pointy ends of a cat are not a hazard if said cat is DEAD. Honestly, Leroy...how can you miss the obvious? So...if you want a bonus problem, somebody calculate the same equation with a LIVE cat, and include the additional damaging effects of snarling teeth and slashing claws. I will also need some tips on maximizing damage to the target of said aggession while preventing any injuries to my own person during the attack from the certainly aggravated feline.
Your help is appreciated.