Teaching outline of Biophysical chemistry
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<br>Textbook: 
<br>Physical Chemistry for the life Sciences, Peter Atkins and Julio de Paula, 2011
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<br>Dr. CCLo, Dr. HCCheng, Dr. SCSue
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<br>Twice per week, Wed 10:10 to 12:00 am Fri 10:10 to 11:00
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<br>1.	9/12 Introduction
<br>2.	9/14 Chap. 0: Fundamentals
<br>3.	9/19 Chap. 1: The First Law
<br>4.	9/21 Chap. 1: (continued)
<br>5.	9/26 Chap. 2: The Second law
<br>6.	9/28 Chap. 2: (continued)
<br>7.	10/3 Chap. 3: Phase equilibria
<br>8.	10/5 Chap. 3: (continued)
<br>9.	10/10 National Day
<br>10.	10/12 Chap. 9: Microscopic System and Quantization
<br>11.	10/17 Chap. 9: (continued)
<br>12.	10/19 
<br>13.	10/24 Mid term I (10:10-12:00)
<br>14.	10/26 Chap. 4: Chemical equilibrium
<br>15.	10/31 Chap. 4: (continued)
<br>16.	11/2 
<br>17.	11/7 Chap. 5: Thermal Dynamics of Ion and Electron Transport
<br>18.	11/9 Chap. 5: (continued)
<br>19.	11/14全校運動大會
<br>20.	11/16 Chap. 6: The rate of Reactions
<br>21.	11/21 Chap. 6: (continued)
<br>22.	11/23 Chap. 7: Accounting for the Rate Laws
<br>23.	11/28 Chap. 7: (continued)
<br>24.	11/30 Chap. 8: Complex Biochemical Processes
<br>25.	12/5 Mid term II (10:10-12:00)
<br>26.	12/7 Chap. 10: Chemical bond
<br>27.	12/12 Chap. 10: (continued)
<br>28.	12/14 Chap. 11: Macromolecules and self-assembly
<br>29.	12/19 Chap. 11: (continued)
<br>30.	12/21 Chap. 12: Optical spectroscopy and photobiology
<br>31.	12/26 Chap. 12: (continued)
<br>32.	12/28 Chap. 12: (continued)
<br>33.	1/2 Chap. 13: Magnetic Resonance 
<br>34.	1/4 Chap. 13: (continued)
<br>35.	1/9 Final term (10:10-12:00)
<br>36.	1/11
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<br>Homework 30% and Examination 70%
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