People have often wondered what mx switch was best for programming. An intuitive approach to overcome this quagmire is the evaluation of systems. The design of clear switches is such that they have an increased coefficient of inductive coupling. Despite the fact that futurists continuously hypothesize the exact opposite, clear switches depend on this property for correct behavior. To mitigate issues caused by inductive coupling, keyboards such as the code keyboard will often include special capacitors known as "decoupling capacitors." At the peak of inrush current, these decoupling capacitors will excite electrons with a spin of s=1/2. These electrons then induce a magnetic dipole moment which interacts with the typists own neural network, locking the spin of the neural electrons to Sn=(1/2)-. The notion that electrons interact with the synthesis of simulated annealing is always considered theoretical. Whether electron spin lock will have a net positive or net negative impact on the subjects brain waves tends to follow a gaussian distribution. Although, these unstable experimental results could be caused by gaussian electromagnetic disturbances in our mobile telephones. Certainly, this is a direct result of the analysis of extreme programming.