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### TenativeLecture3_16

Course: CHEM 240, Fall 2008
School: Berkeley
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Version 3.16.07 Tentative lecture outline for the remainder of ChE 240 March 20: Chapter 5 March 22: Chapter 5. The Ising model program will be assigned. March 23 (56 Hildebrand, 7.30-9am): Chapter 6 April 3: No class this day! April 5: Chapter 6 April 10: Midterm 2 April 12: Solutions to Midterm 2 and a sample problem April 17: Chapter 7 April 19: Chapter 7 April 24: Chapter 7 and the &lt;a...

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Version 3.16.07 Tentative lecture outline for the remainder of ChE 240 March 20: Chapter ...
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Berkeley - CHEM - 240
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More solutions for problems 7and 8 #7(a). Slower transport in membrane 2 means that the barrier for the process in membrane 2 is greater than that in 1. This barrier is arising from different electrical potentials in both membranes which then come fr
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Notes on Phase Seperation Chem 130A Fall 2002Prof. Groves Consider the process: Pure 1 + Pure 2 Mixture of 1 and 2We have previously derived the entropy of mixing for this process from statistical principles and found it to be:Smix = kN1 ln X1
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Berkeley - CHEM - 240
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Lecture #2OUTLINE Energy-band model Doping Read: Chapter 2Definition of Terms n = number of electrons/cm3 p = number of holes/cm3 ni = intrinsic carrier concentration In a pure semiconductor, n = p = niSpring 2003EE130 Lecture 2, Slide 21
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