By Michael J. Moran, Howard N. Shapiro, Daisie D. Boettner, Margaret B. Bailey

This leading text within the box continues its enticing, readable sort whereas offering a broader variety of functions that encourage engineers to profit the center thermodynamics strategies. new coauthors aid replace the cloth and combine enticing, new difficulties. in the course of the chapters, they concentrate on the relevance of thermodynamics to fashionable engineering difficulties. Many correct engineering dependent occasions also are awarded to assist engineers version and clear up those difficulties.

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**Additional resources for Fundamentals of Engineering Thermodynamics (7th Edition)**

**Example text**

81 m/s2, determine the height of the mercury column, L, in mmHg and inHg. 0 m3 Process 3–1: Constant volume Sketch the processes in series on a p–V diagram labeled with pressure and volume values at each numbered state. 32 Referring to Fig. 5 bar and atmospheric pressure is 1 bar, determine L, in m, for water with a density of 997 kg/m3 as the manometer liquid. 81 m/s2. 3 bar. A barometer indicates the local atmospheric pressure is 750 mmHg. 81 m/s2. 33 shows a storage tank holding natural gas.

5 lb on the produce spring scale. 7 lbf applied, the spring elongates one inch. 2 ft/s2, what distance, in inches, did the spring elongate? 14 in. for every 1 lbf of applied force. 8 in. The local acceleration of gravity 5 31 ft/s2. Fig. 135 kW to ft ? 5 Perform the following unit conversions: 3 (a) 122 in. 17 ft ? 13 At a certain elevation, the pilot of a balloon has a mass of 120 lb and a weight of 119 lbf. What is the local acceleration of gravity, in ft/s2, at that elevation? 05 ft/s2, what is her weight, in lbf, and mass, in lb?

34 Fig. 35 The barometer shown in Fig. 59 g/cm3). 81 m/s2, determine the height of the mercury column, L, in mmHg and inHg. 0 m3 Process 3–1: Constant volume Sketch the processes in series on a p–V diagram labeled with pressure and volume values at each numbered state. 32 Referring to Fig. 5 bar and atmospheric pressure is 1 bar, determine L, in m, for water with a density of 997 kg/m3 as the manometer liquid. 81 m/s2. 3 bar. A barometer indicates the local atmospheric pressure is 750 mmHg. 81 m/s2.