The "angle of the dangle" theory is applicable as well.
BTW, two 40ish male clerks in an auto parts store yesterday didn't even know what a dead pedal is.
Too many variables to consider. For example, I'm 6' 5" but I have a skinny and boney butt, thus more "psi" on the seat, so I should "stick in place" at high g. But what about a guy with the same mass who has a broad posterior? He probably slips and slides at the same g.
I say again - Velcro!
According to Wikipedia,
The use of the dead pedal is particularly prevalent in Right Hand Drive markets where the door's bulkhead cannot be used to rest the left foot
FWIW
Toilet valve replacement is covered by warranty, and in any case should not be required before 75,000 miles....100 smackeroos should pay for the job. These days that's less than what a toilet valve replacement costs.
Simple, eh?
Awww...c'mon now Mark. You know better than that! You hit the Boyle's Law thing on the head over on the TPMS thread. I'm sure you remember your high school physics. Recall that force equals mass times acceleration, or F = ma.
If the midgets have a mass m1, and we tall freaks have a mass m2, and the car is producing a given lateral g, which is defined by the radius of the curve and the speed of the Genny going through that curve, then F1 = m1g and F2 = m2g.
If m1 is less than m2, the force F1 which causes the midget to slide across the seat is less than F2. Thus we tall freaks should slide more.
I have ignored the coefficient of friction between the seat and our pants, the surface area of our respective posteriors in contact with the seat, and the pounds per square inch exerted by our posteriors.
Link to said item? How does it attach?