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Tuesday,Jun 16 2009, 09:08:46 PMabout waves and orgasms
What´s a
wave? Have you ever feel a hot wave?
It´s easy to remember, for example when we are sick, when we have a cold,
sometimes our body externally is really cold but inside we can feel something
like a light hot wind blowing and coming into our bodies little by little. That
feel is comparable to the feel of having really good sex; it is when a heat
wave becomes us wet. So that´s a
beautiful wave, is something which propagates through the space like a flow.
A wave is
also something which grows and decreases, we can´t
see it with a naked eye, but if we look around us we will found the sound, a
sound wave is an oscillation of pressure; a package of energy which contracts and expanses, through all forms of matter: gases, liquids, solids, and plasmas. Maybe that´s the reason why we can have an
orgasm hearing a good song, because sound is composed of frequencies within the range of hearing and of a level
sufficiently strong to be heard, or the sensation stimulated in
organs of hearing by such vibrations ; that
vibrations travel trough us, arrive to our brain and the brain also send trough (by means of)
impulses some sensations to our body. Then, who
would not want some sex plus music?
To
end I must say that a wave is almost ever something which rises and diffuses at
the same time, for example when we throw a rock into a pond, we can see that it
spreads
out in the water but at the same time it loses energy and at the end it
disappears. Again we can compare it with an orgasm, we feel something growing
and growing but at the end it diffuses and that’s all. Replay? Maybe jaja.
C2
Δ2u =δ2u/
δt2
This is the wave equation, in its simplest form, the wave equation refers to a scalar function u that satisfies that equation, where Δ2 is the Laplacian and where c is a fixed constant equal to the propagation speed of the wave. The wave equation is an important second-order linear partial differential equation that describes the propagation of a variety of waves, such as sound waves, light waves and waterwaves. WooW of course it doesn’t sound easy, but with the previous explanation who would not want study a wave?
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7/1/2009 10:43 PMFrom Nk-x
many thanks again
Love Nk-x