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Even though the electrons are, on average, drifting down the wire at the drift velocity, this does not mean that theeffectsof the electrons' motion travels at this velocity. Electrons are not really solid balls. They do not interact with each other by literally knocking into each other's surfaces. Rather, electrons interact through the electromagnetic field. The closer two electrons get to each other, the stronger they repel each other through their electromagnetic fields. The interesting thing is that when an electron moves, its field moves with it, so that the electron can push another electron farther down the wire through its field long before physically reaching the same location in space as this electron. As a result, the electromagnetic effects can travel down a metal wire much faster than any individual electron can. These "effects" are fluctuations in the electromagnetic field as it couples to the electrons and propagates down the wire. Since energy and information are carried by fluctuations in the electromagnetic field, energy and information also travel much faster down an electrical wire than any individual electron.

The speed at which electromagnetic effects travel down a wire is called the "signal velocity", "the wave velocity", or "the group velocity". Note that some books insinuate that the signal velocity describes a purely electromagnetic wave effect. This insinuation can be misleading. If the signal traveling down an electric cable was an isolated electromagnetic wave, then the signal would travel at the speed of light in vacuumc.But it does not. Rather, the signal traveling down an electric cable involves an interaction of both the electromagnetic field fluctuations (the wave) and the electrons. For this reason, the signal velocity is much faster than the electron drift velocity but is slower than the speed of light in vacuum. Generally, the signal velocity is somewhat close to the speed of light in vacuum. Note that the "signal velocity" discussed here describes the physical speed of electromagnetic effects traveling down a wire. In contrast, engineers often use the phrase "signal speed" in a non-scientific way when they really mean "bit rate". While the bit rate of a digital signal traveling through a network does depend on the physical signal velocity in the wires, it also depends on how well the computers in the network can route the signals through the network.

questiosn

.what are the advantages of the Golden Parachutes that help on the termination of the annual compensation for the managerial accounting frameworks

2.how does the corporate charter for the staggered terms for the board members influence the shareholders direct gain of control in managerial accounting?

3.what does the super-majority requirement have to do with the board of directors reasoning for the approval of decisionsin the managerial accounting department?

4.what is the terminal goal of the fair pricing provision in the utilization of the two-tiered offer for managerial accountants?

5.erxpplain the regulation ofRe-capitalization in the context of leverage as preserved by managerial accounting investments

6.what are the after events after the above series of utilizations?

7.what is the alternative strategy to avoid all that problem of re-capitalization incase the managerial accountants wish to forgo the sunk cots?

8.supose the above coat have been sufficiently evaded; what other case call for duty due to diversity?

9.what is the implication of the Stand Still Agreement in the acquisition of the still period for ac company's books of managerial accounting?

10.relate green mail to the above scenario and explain in the contest of managerial accounting