• Research Paper on:
    Bleach and Chlorine

    Number of Pages: 4


    Summary of the research paper:

    In four pages the element known as chlorine is first considered in terms of its properties and reasons of why and how it is often used as a disinfectant and in bleach are discussed. Five sources are cited in the bibliography.

    Name of Research Paper File: D0_BWbleach.rtf

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    Unformatted Sample Text from the Research Paper:
    Clorox into the washer with a load of the childs socks, sheets, and other once-white clothes and never stop to wonder how bleach actually "bleaches" the clothing. The same can  be said for the person throwing a capful or two of chlorinating crystals into the backyard hot tub in order to sanitize the water. Very few users of chlorine bleach  or chlorine in other formulations care how it works . . . only that it does. What Chlorine Is and Does Even the most simple encyclopedic reference to chlorine  will explain: "Chlorine, symbol Cl, greenish-yellow gaseous element. In group 17 (or VIIa) of the periodic table, chlorine is one of the halogens. The atomic number of chlorine is 17"  (Encarta). Those same references will also explain that: "Free chlorine does not occur in nature, but its compounds are common minerals, and it is the 20th most abundant element in  the earths crust" (Encarta). And yet none of that information explain what chlorine has to do with laundry, disinfectant, swimming pools, or even the ability to wash colors out of  an item. Added to most common household uses of chlorine and bleach are the health and infections concerns related to public safety when recreating at facilities open to a large  number of people. For example, Carpenter, Fayer, Trout, and Beach (1999) explain that: "Swimming is the second most popular recreational activity in the United States, with more than 350 million  persons participating each year" (pp. 584). Keeping the water safe from infectious contaminants has been a public health concern for, literally, the past century. Carpenter and the others make note  of the fact that: "Frequent fecal contamination of recreational water and the high level of C. parvum oocyst resistance to chlorine, the low oocyst dose required for infection, 

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