01958cam a22003254a 4500003000800000005001700008007000300025008004100028020002100069020002400090035002300114035002000137040001800157041000800175042000800183050002400191082001800215100002100233245007000254260003700324300006600361500009500427500002000522520074900542538018501291650002001476650002001496700002301516700009301539BJBSDDR20230411085556.0ta950620s1996    nyua          000 0 eng    a0078442788 (set)  a9780078442780 (set)  a(OCoLC)ocm32779439  a(OCoLC)32779439  aDLCcDLCbspa  aspa  apcc14aTJ 265 bP868e 199600a621.402/12201 aPotter, Merle C.10aEngineering thermodynamics /cMerle C. Potter, Craig W. Somerton.  aNew York :bMcGraw-Hill,cc1996.  aviii, 377 p. :bill. ;c28 cm. e2 computer disks (3 1/2 in.)  aRev. ed. of: Schaum's outline of theory and problems of engineering thermodynamics. c1993.  aIncludes index.  aThe big advantage of the Electronic Book is it- use of LIVE MATH. Every number, formula, and graph is inter active. You can change the starting parameters of a problem and watch as graphs are calculated before your eyes; you can change any equation and Immorti ately see the effect on the solution. You can experiment with every equation, graph, and number. Each solved problem becomes a worksheet you can incity to solve dozens of related problems.

Topics covered include work and heat, the first and sec ond laws of thermodynamics, power and frigerion vapor cycles, mixtures and solutions, and therquady namic relations and combustion, as well as a thorough treatment of entropy and enthalpy and their relation to the laws of thermodynamics.  aSystem requirements for accompanying computer disks: 80386/80486 PC or compatible, with Microsoft Windows 3.1 or higher, and 3 1/2 disk drive; 4 MB of RAM; 4 MB of hard disk space. 0aThermodynamics. 4aTermodinámica1 aSomerton, Craig W.1 aPotter, Merle C.tSchaum's outline of theory and problems of engineering thermodynamics.