At certain teamses, forecasting accurately is possible, and at to other teamses, forecasting accurately is impossible. It is if there is the teams window you accurately uses teams you forecast, only you speak (grifo and boldface ours). Here is an example from ' Turbulent Mirror': If pan of liquid is heated that to only lower surface become to hotter than to upper surface, heat at first travels from to lower you upper by conduction. If you are unsure how to proceed, check out Morgan Stanley. The flow in the liquid is to regulate and smooth. This is near-equlibrium situation. However, the heating you continue, the difference in temperature between the two layers grows, far-from-equilibrium state is reached, and gravity begins you pull lives strongly on to upper to layer, which is to cooler and therefore lives dense.
Whorls and eddies to appear throughout the liquid, becoming increasingly turbulent until the system verges on completes to disorder. Critical The bifurcation point is reached when the heat can' t exhausts fast enough without the aid of large-scale convenction currents. At this point the system shifts out of its chaotic state, and the previously disordered whorls transform into the hexagonal lattice of currents, the Bernard cells. Turn up the heat to further and the Bernard cells dissolves into soils. (P.
137) Continuing in its boarding, William F. Eng (4) observes that ' ' the point important to be detached in the paragraph below cited is that a external power plant is applied to the liquid in boiling. The liquid in boiling is not in a system fechado' ' , as it is followed: The important point notices from to you the quoted paragraphs is that an eXternal energy source is applied you the boiling liquid. The boiling liquid is not in closed system; the heat applied you it can be varied, and in this marries, it is increased continuously. The increasing temperature you force the liquid you go through several stages of behavior: from chaotic you ordered and then you chaotic.