Pressure Increases With My Cock In a Boy's Butt!
A thesis by D. Michael Burke and Andrew T. Beck.
The pressure increase due to the fact that the system can be considered an Adiabatic Process. Considering that no outside heat is added to the boy's butt, the system that is considered to be the boy's butt and the penis extended inside experiances a pressure increase. However, in actuality, heat is indeed added to the system due to the fact that thrusting and friction is added due to the member.
The fact that there is no precipitation eminating from the boy's butt means that this is very similar to the aforementioned Adiabatic Process, because his potential temperature decreases with length of penis in butt. The paradox here is that in regular atmospheric conditions the potential temperature increases with height; this due to the fact that potential temperature is the temperature an air parcel would have if it was adiabatically brought down to 1000 mb from the original pressure level. With the increase of size into the boy's butt, the potential temperature (theta) can be calculated by:
Theta=(Pext/P)^(r-1/r)T
The potential temperature acts as a scientific tool to locate stable and unstable layers of the atmosphere. With the adiabatic lifting of a boy's anal cavity, there is a pressure increase due to the equation:
P=P(sfc)exp(P/H) where H is the scale height of the atmosphere.
With the possibility of the boy letting out gas during the process, his gas can be considered an ideal gas by the First Law of Thermodynamics:
dU=Q+W
And the ideal gas law of this system is:
PV=nRT
where n equals the number of mols of gas emanating from his butt and R equalling the gas constant of 8.14. The gas can be considered ideal due to the fact that the intermolecular forces of the gas are considered negligible .
In this situation, the cock acts as an expediate to increase the mixing ratio of the system:
w=Ee/E-e
Where e is the vapor pressure of the boy's butt that is due to the thrusting of the penis and looseness of his anus.
This in turn increases the potential saturation vapor pressure of the boy's anus, due to the fact that the relative humidity is 100% because there is semen flowing from the urethra of the penis. The relative humidity of the boy's butt can be found by:
RH=w/wes where wes is the saturation vapor pressure of the boys butt. In other words, it's the pressure where evaporation of seman equals condensation of seman.
But in actuality, the pressure inside the boy's butt is so high by the performance of the cock that his anal cavity explodes due to the fact his potential temperature decreases with height of the anal cavity, thus causing an unstable layer.