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Although fiber-optic cables are capable of carrying terabits of data per second, the available signaling hardware and connectors can manage merely a few gigabits per second. Fiber speeds for multimode (used for LANs and MANs) are about 100 Mbps and single-mode (used for WANs) up to 40 Gbps. Within a network in a building, the backbone could be made of fiber-optic cable. The fiber backbone connects the switches or hubs in different floors by making a network trunk called the riser. Fiber-optic cable is made up of two strands in separate jackets: one for receiving and the other for transmitting data. Each strand has a glass or plastic core surrounded by more glass (called cladding). The strands use photons of light (instead of electrons) for sending and receiving information. The core provides the wave path for pulses of light traversing over the glass threads. The cladding consists of reflective glass that refracts light back to the core. Each strand is further covered by a group of fibers (which enhance the suppleness and strength), and finally by an outermost plastic jacket. Figure 28-13 shows the ends of various fiber-optic cables. Each cable end is fitted with a plug that can be inserted into a network adapter, hub, or switch. In the United States, most fiber cables use a square SC connector that locks into place when inserted into another fiber cable or host. Cables used in Europe and Asia use a round ST connector. The connectors make an optically pure connection to the glass fiber and provide a window for laser transmitters and optical receivers.

Figure 12-4 shows how you determine the audio file size in Windows. In Windows, go to the location where your file is stored, right-click the file, and choose Properties. When the dialog box opens, you will want to write down the number listed in the Size field. In this example, 19016419 will be the entry that you put in the length column in Figure 12-3.

Frequency (MHz)

What can you do with objects in VBA First, objects can have properties. For example, you can set an ellipse to the color red because one of the properties of the ellipse object is TrueColor. (Of course, all drawing objects have TrueColor as one of their properties.) Second, objects have methods. A method is an action that you can take on the object. For example, you can delete (erase) an ellipse because Delete is a method of the ellipse object (as well as of all drawing objects). In the Object Browser, the right pane, Members, lists the properties and methods of any object that you choose in the Classes pane.

To maintain the relationships among the POJOs, you need to add operations to the POJOs. The following Try It Out section shows how the operations are added as methods on the related POJOs. To maintain the relationships among the POJOs, you first need to understand the actions you need to perform. For PIX, these relationship maintenance actions include the following: Adding a picture to an album Adding an album to a PixUser Adding a comment to a picture Adding a comment to a PixUser

Network access: Most motherboards include one or more network interfaces these days; often this means two 10/100 Ethernet links, or a 10/100 and Gigabit Ethernet, or some combination of wired and wireless Ethernet connections. Except for servers or other PCs that require lots of network links or extremely high performance, hardly anybody installs network interfaces in PCs any more. For typical desktop use at home or in the office, PC buyers are happy to save money and use built-in capabilities instead of buying additional interface cards. For a Home Theater PC, this certainly applies to networking (if the right kind is available), but it may not apply to sound, depending on how the HTPC will be used. Graphics and video cards are covered in 9, sound cards in 10, and network connections in 13.

As extra feedback, your arrow pointer gains a green plus sign if you re adding a class style, and then gains a red minus sign if it is about to be deleted. On the page, you can see the class automatically applied to the selected text. If you apply a class style incorrectly, with the text still selected or the cursor within the paragraph or page, simply click the checkmark that applied the style. (The cursor will have a red minus sign). This removes the checkmark and fully removes the tags from the source code. As you work, if you keep the Source Code window open, you ll notice the words <span class= yourclassname > at the start of your class-applied area and

relative phase angle, hkl and hkl A , respectively, as shown in Figure 6.54. hkl is the phase of the data-set under investigation which is needed to solve the phase problem and compute an electron density map. The objective of the anomalous scattering experiment is the determination of a value for hkl . The wavelengthdependent, coherent and anomalous structure factors are related as