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Industry information can be found in government documents and directories located in the reference section of most libraries The current US Industrial Outlook analyzes two hundred industries with projections into the future It is published by the Bureau of Industrial Economics of the US Department of Commerce and can be found in the government documents section of the library Standard & Poor s Industry Surveys includes current and basic analyses for the major domestic industries The current analysis for a given industry includes latest industry developments; industry, market, and company statistics; and appraisals of investment outlook The basic analysis includes prospects for the particular industry, an analysis of trends and problems, spotlights on major segments of the industry, growth in sales and earnings of leading companies in the industry, and other information over a ten-year span Another excellent source of up-to-date industry information is The Value Line Investment Survey Many sources focus on specific companies The Dun & Bradstreet Directories, Moody s Manuals, and Thomas s Register all provide specific company information, such as the address and phone number of the company, what the business produces, its annual sales, and the names of officers and directors If an individual is interested in the backgrounds of those who make it to the top in a particular company, Standard & Poor s Register of Corporations, Directors, and Executives and Dun & Bradstreet s Reference Book of Corporate Managements both provide this type of information Annual and quarterly corporate reports are usually housed in the college career placement offices

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We can refer to the current <color> element in this for loop as colors[loopIndex] Does that mean we can simply display colors[loopIndex] to display the current color every time through the loop Nope, we have to extract the colors from the <color> elements specifically Here s what the <color> elements look like:

Capacitors Alone The simplest power-supply filter consists of one or more large-value capacitors, connected in parallel with the rectifier output (Fig 21-4) A good component for this purpose is known as an electrolytic capacitor This type of capacitor is polarized, meaning that it must be connected in the correct direction in the circuit Each capacitor is also rated for a certain maximum voltage Pay attention to these ratings if you ever work with electrolytic capacitors! Filter capacitors work by trying to maintain the dc voltage at its peak level, as shown in Fig 21-5 This is easier to do with the output of a full-wave rectifier (drawing A) than with the output of a half-wave rectifier (drawing B) With a full-wave rectifier receiving a 60-Hz ac electrical input, the ripple frequency is 120 Hz, but with a half-wave rectifier it is 60 Hz The filter capacitors are thus recharged twice as often with a full-wave rectifier, as compared with a half-wave rectifier This is why full-wave rectifier circuits produce more pure dc than half-wave rectifier circuits Capacitors and Chokes Another way to smooth out the dc from a rectifier is to place a large-value inductor in series with the output, and a large-value capacitor in parallel The inductor is called a filter choke In a filter that uses a capacitor and an inductor, the capacitor can be placed on the rectifier side of the choke This is a capacitor-input filter (Fig 21-6A) If the filter choke is placed on the rectifier side of the capacitor, the circuit is a choke-input filter (Fig 21-6B) Capacitor-input filtering can be used when a power supply is not required to deliver much current The output voltage, when the load is light (not much current is drawn), is higher with a capacitor-input filter than with a chokeinput filter having identical input If the supply needs to deliver large or variable amounts of current, a choke-input filter is a better choice, because the output voltage is more stable If the output of a power supply must have an absolute minimum of ripple, two or three capacitor/ choke pairs can be connected in cascade (Fig 21-7) Each pair constitutes a section of the filter Multisection filters can consist of capacitor-input or choke-input sections, but the two types are never.

The text inside each <color> element is considered a text node in XML And we can access that text node as colors[loopIndex]firstChild, because the text node is the first child of each <color> element Great, does that mean we can display each color as colors[loopIndex]firstChild Nope, because in JavaScript, a text node is an object, not just text To actually extract the text from the text node, you have to use the text node s data property like this: colors[loopIndex] firstChilddata So we can add each color to the bulleted list using a list item HTML tag, <li>, and then end the bulleted list with </ul> like this:

a full-wave rectifier (A) and from a half-wave rectifier (B)

function getData(dataSource, divID) { if(XMLHttpRequestObject) { XMLHttpRequestObjectopen("GET", dataSource); var obj = documentgetElementById(divID); XMLHttpRequestObjectonreadystatechange = function() { if (XMLHttpRequestObjectreadyState == 4 && XMLHttpRequestObjectstatus == 200) { var xmlDocument = XMLHttpRequestObjectresponseXML; colors = xmlDocumentgetElementsByTagName("color"); objinnerHTML = "Here are the fetched colors:<ul>"; for (loopIndex =0; loopIndex < colorslength; loopIndex++) { objinnerHTML += "<li>" + colors[loopIndex]firstChilddata + "</li>"; } objinnerHTML += "</ul>"; } } } }

We re finally ready to connect to the server using the XMLHttpRequest object s send method Since we re using the GET method, we can just pass a value of null to that method: