hw_1 - MS&E 303 Fall 2004 Homework #1 Due Friday, September...

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Homework #1 – Due Friday, September 3 Thermodynamics is an abstract science which seeks to explain the behavior of heat and equilibrium around us. As we jump into the abstract, we will also try to relate it to physical problems in everyday life. However, the first step is to understand and work with the mathematics of thermodynamics which is based on total (exact) differentials and the Legendre Transform. 1. For the function z = x 2 y 3 + x 3 y 2 , determine the following differentials: (a) ± ∂z ∂x y (b) ± ∂z ∂y x (c) ± ∂z ∂y z (d) ± ∂x ∂y z (e) The relative change in the x with respect to motion in y required in order to remain on the surface while traveling along a path where x 2 + z is constant. (f) The rate of change of z with respect to the total distance traveled p x 2 + y 2 under conditions maintaining a constant x + z . 2. The surface z = x 2 - y 2 is called the saddle function. (a) Sketch the function. (b) Determine the slope of the function with respect to changes in
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This note was uploaded on 04/27/2008 for the course MSE 303 taught by Professor Thompson during the Fall '04 term at Cornell University (Engineering School).

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