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To selectively disable individual programs that are listed in the computer or user Run subkey, click Enabled, and then click Show. In the Show Contents dialog box, select a program to disable, and then click Remove. If you enable the preceding Group Policy settings, the programs listed in the corresponding registry subkeys no longer start automatically when a user logs on to the system.
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Once SSD sharing is turned on, the AC may turn it off by sending the SSDNotShared (NOSSD) parameter to the serving system. Although ANSI-41 specifies that the AC may use any of the four ANSI-41 messages listed above to turn off SSD sharing, the AUTHDIR message appears to be the most practical for the following reason: When turning off SSD sharing, the AC must retrieve the current COUNT from the serving system. The response to the AUTHDIR the AuthenticationDirective Return Result (authdir) message includes the COUNT parameter;
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In the previous example, we were interested in seeing whether studying has an effect on test performance. To do this we drew a scatterplot, which is just a two-dimensional graph of ordered pairs. We put one variable on the horizontal axis and the other on the vertical axis. In the example, the horizontal axis is for hours studied and the vertical axis is for score on test. Each point on the graph represents the ordered pair for one student. If we have an explanatory variable, it should be on the horizontal axis, and the response variable should be on the vertical axis.
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The mechanisms responsible for matching changes in tubular reabsorption to changes in GFR are completely intrarenal (ie, glomerulotubular balance requires no external neural or hormonal input; indeed, the presence of such input usually obscures the existence of glomerulotubular balance, as described previously). Glomerulotubular balance is actually a second line of defense preventing changes in renal hemodynamics per se from causing large changes in sodium excretion. The first line of defense is autoregulation of GFR, described in 2 and in the prior discussion of tubuloglomerular feedback. GFR autoregulation prevents GFR from changing too much in direct response to changes in blood pressure, and glomerulotubular balance blunts the sodium-excretion response to whatever GFR change does occur. Thus, tubuloglomerular feedback and glomerulotubular balance mediated by GFR autoregulation are processes that allow a large fraction of the responsibility for homeostatic control of sodium excretion to reside in those primary inputs that act to influence tubular reabsorption of sodium independently of GFR changes. Before describing the mechanisms of long-term control in the next section we want to point out 2 key features of the renal handling of sodium. First, interactions between the various mechanisms we have described thus far allow the kidneys to be true integrators of signals that are sometimes in conflict. A good example is the case of prolonged aerobic exercise, specifically marathon running. Well-trained, well-hydrated athletes running marathons on cool days (thus eliminating excessive loss of sodium as a confounding factor) exercise intensely for well over 2 h with an elevated blood pressure. Systolic pressure is typically elevated by 50%, while MAP is elevated about 20%. Acting alone this rise in pressure should induce vigorous pressure natriuresis. But it does not. If anything, renal excretion of sodium is decreased in these conditions because other signals override pressure natriuresis. We also want to point out that all the mechanisms described so far lead to co-regulation of solute and water, ie, they tend by themselves to increase or decrease the excretion of sodium and water in exact parallel. This is very effective as a coarse control over ECF volume. However, sodium ingestion
Develop the test plan. This should include what items will be tested, required results, who will be responsible and involved in the testing, and the testing timetable. Build the test bed. The testing environment must be exactly the same as the production environment to ensure accurate results. Therefore, before advancing to this stage, final decisions regarding the hardware, network and software elements must be completed, and the components must be purchased in enough quantity to complete effective testing. Execute testing. Document test results and provide feedback to development. If the test results do not meet the required specifications, the solution must be refined until all requirements are met. If necessary re-test all subsequent revisions until it matches specification.
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Finally, convert from inches to centimeters: 2.3 mi 5280 ft 12 in 2.54cm 1 1mi 1ft 1in The answer will be rounded off to 2 significant figures based upon the 2.3 miles, since all the other numbers are exact: 2.3 mi 5280 ft 12 in 2.54 cm = 3.7 105 cm 1 1mi 1 ft 1in Sometimes on the AP exam, only setups will be given as possible answers. Write the correct setup to the problem and then see which one of the answers represents your answer. Remember: The units must cancel!
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Over time, water excretion must meet the constraint of balance: matching output to input. However, there is no physiological water meter to measure input. So output is not controlled by input. Instead, output is regulated by factors relating to the major big picture goals described in the introduction to this chapter. That is, maintain a volume sufficient to fill the vascular space, and set an osmolality appropriate for a healthy environment of tissue cells. Then, it is not surprising that the major signals regulating water excretion originate from baroreceptors that assess vascular fullness and osmoreceptors that assess plasma osmolality Water excretion conceptually consists of 2 major components: a proximal nephron component, in which water is absorbed along with sodium as an isotonic fluid, and a distal nephron component, in which water can be reabsorbed independent of sodium. The proximal nephron component is primarily a mechanism to regulate ECF volume in response to changes in blood pressure, while the distal nephron rate of water reabsorption is independent of sodium reabsorption. It is determined mainly by ADH, which increases the water permeability of the collecting ducts, thereby increasing water reabsorption and, hence, decreasing water excretion. Accordingly, total-body water is regulated mainly by reflexes that alter the secretion of ADH. ADH is a peptide produced by a discrete group of hypothalamic neurons whose cell bodies are located in the supraoptic and paraventricular nuclei and whose axons terminate in the posterior pituitary gland, from which ADH is released into the blood. The most important of the inputs to these neurons are from cardiovascular baroreceptors and osmoreceptors.
Nanotechnology. Newer still are industries that build practical applications from emerging technologies. Nanotechnology, for example, is based on the relatively new science of building infinitesimal devices that can manipulate single atoms or molecules. Proponents claim that practical applications will include everything from building better computers to fighting cancer. The U.S. National Science Foundation echoes this optimism with predictions that the market for nanotechnology products and services will reach US$1 trillion by 2015. Although it is still in the early stages, governments, venture capitalists, established companies, and entrepreneurs alike are funneling money into creating marketable products. Last year alone, world governments invested more than US$2 billion in nanotech research. Similarly, tech leaders such as IBM, Intel, and Hewlett-Packard have all embarked on nanotechnology projects. In fact, IBM plans to introduce commercial products in the next two or three years. Although North America has about half of the world s nearly 500 nanotechnology companies, no single region dominates the industry. Clearly, this industry remains early in Stage 1. As technology advances and companies begin to reap the benefits of their current R&D, look for tremendous growth, quickly followed by consolidation, as it moves through this stage. However, developing nanotechnology products is time-intensive, with many estimated to take as long as 10 years. As a result, this time lag will greatly affect how long it will take the industry to climb into the Scale Stage. Spin-Off Subindustries Other industries in the Opening Stage are those that emerge from the fallout from one of the later stages of industry consolidation. These industries form when subindustries reach a critical size and create a dynamic of their own. They may also emerge due to a new industryforming technology, or as a result of a restructuring due to a market or economic event. PepsiCo, for example, firmly in the Stage 4 soft-drink industry, fueled the development of the bottled water, sports drink, and flavored sparkling water subindustries. Each of these subindustries was in an
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