Solution Manual for Heat and Mass Transfer 2nd Edition by Kurt Heat and Mass Transfer Solutions Manual Second Edition This solutions manual sets down the answers and solutions for the Discussion Questions, Class Quiz Questions, and Practice Problems. There will likely be variations of answers to the discussion questions as well as the class quiz questions. For the practice problems there will likely be some divergence of solutions, depending on the interpretation of the processes, material behaviors, and rigor in the mathematics. It is the author’s responsibility to provide accurate and clear answers. If you find errors please let the author know of them at rolle@uwplatt.edu. Discussion Questions Section 2-1 Chapter 2 1.

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Describe the physical significance of thermal conductivity. Thermal conductivity is a parameter or coefficient used to quantitatively describe the amount of conduction heat transfer occurring across a unit area of a bounding surface, driven by a temperature gradient.

Why is thermal conductivity affected by temperature? Conduction heat transfer seems to be the mechanism of energy transfer between adjacent molecules or atoms and the effectiveness of these transfers is strongly dependent on the temperatures. Thus, to quantify conduction heat transfer with thermal conductivity means that thermal conductivity is strongly affected by temperature. Why is thermal conductivity not affected to a significant extent by material density? Thermal conductivity seems to not be strongly dependent on the material density since thermal conductivity is an index of heat or energy transfer between adjacent molecules and while the distance separating these molecules is dependent on density, it is not strongly so. Section 2-2 4. Why is heat of vaporization, heat of fusion, and heat of sublimation accounted as energy generation in the usual derivation of energy balance equations?