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!!J5+vjygjQuK 07/18/10(Sun)21:47 No.11213071 File1279504067.gif-(3 KB, 329x301, Wave.gif)
>>11213022
First we look at the process of sex itself. The act is a simple repetition, a thrusting of penis into vagina. If we simplify this onto a single axis, we can approximate this as simple harmonic motion.
The equation of simple harmonic motion, in terms of position X, is X = A cos(ωt+ ϕ). One could use a sine wave, but then ϕ would be π / 2, and things get complicated, so we will assume ϕ=0. If we assume that the penis starts outside the vagina, and begins thrusting, you would start outside the vagina, with the penis fully outside, and at the top of the thrust, you would be fully within the vagina. If we assume this takes place on the single X-axis, we can fix the length of A, the amplitude of the motion, as the length of the penis.
ω, omega, the angular velocity, is by definition 2π*f, and frequency f is by definition 1/T where T is the period. The next objective would be to determine the period of thrusting for orgasm to occur. By finding the time between complete thrusts that coincides with orgasm, one can determine the frequency, and by extention the angular velocity ω.
The resulting equation X = A cos(ωt), with proper substitutions, can thus model the conditions for orgasm. Should one start at a different position, do not forget to adjust the phase constant.
Looking at this from the context of the issue at hand, if the rapist cared about his victim, he would time the period of his thrusts, add in the independent variables, and calculate the ideal equation of motion for his victim. |