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Any independently minded marathon runners considering these con icting theories would surely have concluded that the avoidance of drinking during exercise was clearly bene cial because this was what the winners were doing So how could it possibly be incorrect Similarly, Muir et al (1970) reported that the winner of the 1970 Edinburgh Commonwealth Games Marathon, PhD chemist Dr Ron Hill, in a then world-best time (for an out-and-back course) of 2:09:28, did not drink during the race, losing 23 kg (39% of his pre-race body weight of 594 kg) They wrote: This degree of dehydration (>25 kg), which must have been greatly exceeded by some of the Edinburgh competitors, might be expected to give rise to symptoms and also signs of physiological inef ciency.

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known distance) This increased variance for openloop tests shows the importance placed on knowing the expected outcome and the importance of being able to adjust pace in accordance with afferent sensory feedback signals While some studies have researched each type of test (open- vs closed-loop test) separately in the same subjects (Laursen et al 2003a c), there are no known studies that have directly compared the two Two recent studies using the same subjects examined the reproducibility of both a closed-loop 40-km cycle time trial (Laursen et al 2003a) and an openloop time-to-exhaustion test at the power output associated with Vo2max (Laursen et al 2003b) Both tests were repeated following familiarization tests, at the same time of day, and about 1 week apart The variation of performance times between the two trials (expressed as the CV) was markedly lower for the time trial (1 1%; Laursen et al.

That it does not do so is indicated by the fact that in Edinburgh few runners took the trouble to correct it by drinking during the race Perhaps their arduous training protects them in some way against the adverse effects of dehydration Perhaps these runners were simply doing that for which athletic humans were designed running long distances in the heat with little or no uid replacement according to the Heinrich hypothesis More recently, Cheuvront et al (2003) have reported a linear relationship between the average running speed and the level of dehydration of.

(Publisher: John Wiley & Sons, Inc.) Author(s): Carl Franklin ISBN: 0471314986 Publication Date: 02/01/99

Semantics When the unary & is applied to a shared structure element of type T, the result has type shared [] T *.

Requirements are generally considered the cornerstone of the systems engineering process because requirements de ne the design problem. Stakeholders requirements are those requirements initially established by the system s stakeholders with the help of the systems engineering team. The systems engineering design process is a mixture of establishing requirements to de ne the design problem and partitioning the physical resources of the system into components that perform functions that meet the requirements (the solution to the design problem). This partitioning process is decision rich in that many important decisions are made by the systems engineering team that will ultimately affect the performance of the system and the satisfaction of the stakeholders. This chapter de nes requirements and the characteristics that these requirements should satisfy. In addition, this chapter provides a method or process for developing these requirements. This process includes the concepts and associated models of an operational concept, external systems diagram, and objectives hierarchy, all of which are extremely valuable aids in the de nition of requirements. The key points made in this chapter concerning the systems engineering design process are that (1) all stakeholders have stakeholders requirements that, taken together, address every phase of the system s life cycle. Capturing the complete set of stakeholders requirements ensures a concurrent engineering process. (2) The set of stakeholders requirements should ensure a decision rich design process by not over constraining the design. The following attributes of requirements are meant to ensure the process is not overconstrained: traced, correct, unambiguous, understandable, design independent, attainable, comparable, and consistent. (3) At the same time the stakeholders requirements

2003a) compared with the time-to-exhaustion test (6 6%; Laursen et al 2003b) Thus, knowing the task at hand (ie, test distance) appeared to be responsible for lowering the variation in performance times compared with the open-ended time-to-exhaustion test In the latter mentioned study, the last of the two timeto-exhaustion tests was found to be signi cantly longer than the rst (Laursen et al 2003b) The authors attributed this nding to the psychologic affect associated with performing the last test Physiologic variables in this study were not different between trials, and the performance difference could only be attributed to psychologic factors; the knowledge of the trial being the last task somehow in uencing performance time (Gleser & Vogel 1971; Hickey et al 1992; Laursen et al 2003b) However, there was no difference found for these same subjects in their 40 km time-trial performances (Laursen et al 2003a).