- Jun 2, 2012
- 6,470
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Sounds like she needs a bed frame made with interstate highway bridge grade I-beams
Just put it up on blocks... Probably would have been cheaper to stuff a few rows of 6x6s underneath.
Might not be the 327 lbs, more like 327 lbs plus vertically oscillating 200 lbs.
Let that image soak in.
Might not be the 327 lbs, more like 327 lbs plus vertically oscillating 200 lbs.
Let that image soak in.
But, see, the thing about a really fat chick, is that it's harder to get it in her. The average male is going to have his 'stroke' cut way down, which will limit the speed at which he can accelerate into her, thus cutting down on the total force generated by the collision, as defined by the equation F = (M*A*P)/H, where, obviously, 'M' is mass, 'A' is acceleration, 'P' is the length of the...you know...and 'H' is what is called the 'hambeast quotient,' which defines exactly how much her fat blocks access to her greasy Spam tunnel.
In the end, the phenomena that would be observed is similar to the strategy for building an engine for something like a Formula one car: short stroke, high revs, bonus points for low reciprocating mass.
Might not be the 327 lbs, more like 327 lbs plus vertically oscillating 200 lbs.
Let that image soak in.
You want that I bring him the spatula then?flip it around, cowgirl.
let that image soak in.
Sounds like she needs a bed frame made with interstate highway bridge grade I-beams
But, see, the thing about a really fat chick, is that it's harder to get it in her. The average male is going to have his 'stroke' cut way down, which will limit the speed at which he can accelerate into her, thus cutting down on the total force generated by the collision, as defined by the equation F = (M*A*P)/H, where, obviously, 'M' is mass, 'A' is acceleration, 'P' is the length of the...you know...and 'H' is what is called the 'hambeast quotient,' which defines exactly how much her fat blocks access to her greasy Spam tunnel.
In the end, the phenomena that would be observed is similar to the strategy for building an engine for something like a Formula one car: short stroke, high revs, bonus points for low reciprocating mass.