Download Air Pollution and Global Warming: History, Science, and by Professor Mark Z. Jacobson PDF

By Professor Mark Z. Jacobson

This re-creation of Mark Jacobson's textbook presents a entire creation to the background and technological know-how of the most important pollution and weather difficulties that face the realm at the present time, in addition to the strength and coverage recommendations to these difficulties. each bankruptcy has been introduced thoroughly up to date with new info, figures, and textual content. there's a new extra bankruptcy on large-scale recommendations to weather and pollution difficulties. Many extra colour pictures and diagrams and plenty of extra examples and homework difficulties were additional. this can be a great introductory textbook on pollution for college students taking classes in atmospheric chemistry and physics, meteorology, environmental technology, Earth technological know-how, civil and environmental engineering, chemistry, environmental legislation and politics, and town making plans and legislation. it's going to additionally shape a invaluable reference textual content for researchers, and an creation to the topic for normal audiences.

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Additional info for Air Pollution and Global Warming: History, Science, and Solutions

Sample text

O3 (g)] are also reactive because single bonds are readily broken. Compounds with triple bonds [N2 (g) and CO(g)] are not so reactive because triple bonds are difficult to break. Noble elements (He, Ar, Ne, Kr, Xe) have no free electrons and no potential to form bonds with other elements; thus, they are chemically unreactive (inert). 4 [NO2 (g), O3 (g), CO(g)], positive and negative charges are shown. Such a charge distribution arises when one atom transfers charge to another atom during molecular formation.

While evaporating the water, he discovered that it contained a solid material that had a salty taste, melted on his tongue, and did not burn quickly or crackle when placed on a fire (Hill, 1979). He also found that it lost weight when heated. He called the salt sal mirabile and referred to it as a universal medicine due to its healing ability. What he had discovered was sodium sulfate decahydrate [Na2 SO4 –10H2 O(s)], later referred to as Glauber’s salt. Although the salt he found was natural, he was able to manufacture it in a laboratory by combining common salt (sodium chloride) with oil of vitriol (sulfuric acid).

In early 1774, he also discovered that lead and tin weighed more and consumed one-sixth to one-fifth of the volume of air when they were burned. Again, he did not yet realize that oxygen comprised about 21 percent of air and was consumed during combustion. 18. (a) Karl Wilhelm Scheele (1742–1786). (b) Scheele’s laboratory, with oven in center. Edgar Fahs Smith Collection, University of Pennsylvania Library. With these results in hand, Lavoisier’s meeting with Priestley in October 1774 was a perfect alignment of the stars.

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