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What we have demonstrated in Example 5.2 is true in general for linear circuits and is a direct res ult of the property of linearity. The prin ciple of supeqJOSilion , which provides us with thi s ability to red uce a co mplicated problem to several easier problems-each containing only a single independent source-states that In any li near circuit containing multiple independent sources, the current or voltage at any point in the network may be calculated as the algebraic sum of the individual contributions of eac h source acting alone. When determining the contribution due to an independent source, any remaining voltage sources are made zero by replacing them with short circuits, and any remaini ng current sources are made zero by rep lacing them with open circuits. Although superpositio n ca n be used in linear network s containing dependeJ1l sources, it is not usefu l in th is case since the dependent source is never made zero. As the previous example indicates, superposition provides some insig ht in determining the contribution of each source to the variable under investigation. We will now demo nstrate superposition with two examples and then provide a problemsolving strategy for the usc of thi s technique. For purposes of comparison. wc will also solve the networks using both node and loop analyses. Furthermore, we will employ these same networks when demonstrat ing subsequent techniques, if applicable.

rents are specified. Note that we have drawn one current through each of the independent cu[rent sources. This choice of currents simplifies the analysis since two of the four equations are

recognized, the next stage is to assess their needs and expectations in relation to the project and the con icts each stakeholder may possibly become involved in. This depends on:

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thermodynamic integration of (6.56); O the iterative flat-histogram technique, particularly suited for rough energy landscapes; the insertion of test particles, including biased and gradual methods; the simulation of a modified reference system by umbrella sampling to explore the relevant regions of configuration space for both the reference system and the original system of intere~t; ~ counting the number of possibilities in the scanning method for constructing single14and intera~ting ~ polymer molecules.

The simplest way to move through a presentation is to move to the next slide. To do so, you can use any of these methods:

1% 0.01%

1. From the Clip Organizer window, choose File Add Clips to Organizer On My Own. The Add Clips to Organizer window appears. 2. Navigate to the clips that you want to add. They can be in a local, network, or Internet location. 3. Select the clips. To select more than one clip, hold down the Shift key to select a contiguous group or the Ctrl key to select a noncontiguous group. 4. Click the Add To button. A list of the existing collections in the Clip Organizer appears, as shown in Figure 24-31.

Lowercase tags and attributes are also less fattening, according to the W3C. Files with lowercase tag names and attributes compress better and thus transmit faster. n

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There are many different types of hedge fund investors with different motives and risk preferences. These investors have portfolios that respond differently to market forces. Fortunately, there are many different kinds of hedge funds. Both the investors and the hedge fund managers are best served when the investors nd the hedge fund that best suits their investing needs.

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Be sure to save your source file so that you can easily make alterations as needed. With your images created, you re ready to move into Dreamweaver to create the list and encompassing <div> tag.

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1. Open a video file. 2. Click the New Fill or Adjustment Layer button at the bottom of the Layers palette to open the Fill or Adjustment menu. 3. Choose Gradient Map from the menu to open the Gradient Map dialog box, as shown in Figure 15.26. 4. Click the arrow next to the gradient to display a drop-down menu of gradients to choose from. 5. Click the arrow in the drop-down menu to display a menu that contains the same menu as the Gradient Fill dialog box with several more options for choosing and adjusting your gradient. 6. Double-click the gradient to open the Gradient Editor that allows you to customize your gradient.

To use the Popup Message action, follow these steps:

The temporally correlated but spatially independent source signals s(1), s(2), . . . , s(N ) are statistically modelled as follows. For an estimated source signal, say y1 (k) = s1 (k) = s(k) that is the rst component of (k), we assume an AR model s