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2023 SPRING Semester Syllabus- General Chemistry I (CH101)-[PDF]
1. Course : General Chemistry I (CH101) [lecture: Experiment: Credit = 3:0:3]
2. Lecture
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Time
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Class
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Professor
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Room (E11)
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Tue/Thu
(09:00~10:30)
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A
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정용원 (Jung, Yongwon)
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Terman Hall
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B
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김현우 (Kim, Hyunwoo)
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412
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F
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David G. Churchill
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303
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Tue/Thu
(13:00~14:30)
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C
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최인성 (Choi, Insung S.)
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412
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D
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최병석 (Choi, Byong-Seok)
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311
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E
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박정영 (Park, Jeong Young)
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Terman Hall
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3. Summary of Lecture
o Introducing fundamental concepts of chemistry for all major undergraduates
o Topics of quantum chemcal theory, phases, thermodynamics and equilibrium
4. Material for Teaching:
o Main: Principles of Modern Chemistry, 7th ed, Oxtoby/Gillis/Campion (Brooks/Cole)
o Auxiliary: Chemical Principles, 7th ed, Atkins/Jones/Laverman (W.H. Freeman)
o Online ecture materials will be provided through the KLMS website of each class (https://klms.kaist.ac.kr)
5. General Guidelines
1) All basics lecture notes can be downloaded at the General Chemistry Website: http://www.gencheminkaist.pe.kr or a link be found at http://chem.kaist.ac.kr
2) There are Practice Sessions led by TAs 8:00 to 8:50 pm Mondays. This Practice Sessions are not mandatory and only those students who need extra discussion and problem solving need to participate. There are on English session and two Korean sessions ( One is Zoom online)
I. Lecture Room (E11): 301 for English, 302 for Korean offline
II. ID/PW and the link for the online practice class (Korean) are changed to:
ID: 886
9926 6368, PW:251195 (updated on March 28th)
link: https://kaist.zoom.us/j/88699266368?pwd=aDY5bXFZT1A3ay9sNnpaZE10SmkvQT09
3) The grades will be given based on the following policy, and will be relatively modified if necessary.
95-100 pts:
A+, 90-95 pts: A0, 85-90 pts: A-, 80-85 pts: B+, 75-80 pts: B0, 70-75 pts: B-,
65-70 pts:
C+, 60-65 pts: C0, 55-60 pts: C-, 50-55 pts: D+, 45-50 pts: D0, 40-45 pts: D-,
0-40 pts:
F
I. Mid-term Exam: 34 pts
II. Final Exam: 34 pts
III. Homework(Refer to the Appendix): 26 pts,
- Chapter summary (Given topics) 13 pts(1 pt for each of ch 3~6, 9~17, max 3 pages)
- Chapter problem 13 pts ( 1 pt for each chapter, 5 problems)
IV. Attendance & attitude: 6 pts (1-pt deduction for each missing class and unacceptable attitude; can be negative)
V. Missing more than 7 times, F will be given
6. Waiver Exam
The waiver exam on General Chemistry I will be held on Monday, February 27 (18:30 ~ 20:00)
7. Lecture Schedule
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Week (Date)
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Chapter
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Topics
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Due date for Homework (Chap summary & Problem)
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Practice session
(Mon, 20:00~20:40
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Notes |
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1st (2/28, 3/2)
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3.1-3.6
3.8-3.12
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Molecules and Shell Model & Chemical Bonding
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2nd (3/7, 3/9)
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4.1-4.6
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Chemical Bonding
Quantum Mechanics
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Ch 3: Mar 10(Fri, ~23:59) |
O
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3rd (3/14, 3/16)
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5.1, 5.2(partially)
5.3-5.5
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Schrodinger Equation
Hydrogen Atome & Shell Model
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Ch 4: Mar. 17(Fri, ~23:59)
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O
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4th (3/21, 3/23)
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6.1-6.5, 6.8
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Aufbau Principle
LCAOs
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Ch 5: Mar. 24(Fri, ~23:59)
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O
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5th (3/28, 3/30)
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6.9-6.10, 9.2-9.4
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Diatomic Molecules and VB Theory
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Ch 6: Mar. 31 (Fri, ~23:59)
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O
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6th (4/4, 4/6)
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9.5-9.6, 10.1-10.2
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The Gaseous State
Solids and Liquids
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Ch 9: Apr. 7 (Fri, ~23:59)
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O
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7th (4/11, 4/13)
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10.3-10.6
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Phase Transitionsp
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Ch 10: Apr. 14 (Fri, ~23:59)
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O
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8th (4/19)
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Mid-term
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(Chapters 3-6, 9-10)
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Wed(19:00~ 21:00)
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10th (4/25, 4/27)
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11.1-11.7
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Reaction Stoichiometry & Phase Equilibrium
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Mid-term Claim
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11th (5/2, 5/4)
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12.1-12.4,
12.6, 12.7
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Thermodynamic processes and Thermocheistry
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Ch 11: May 5 (Thu, ~23:59)
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O
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12th (5/9, 5/11)
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13.1-13.7
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Spontaneous Processes and Thermodynamic Equilibrium
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Ch 12: May 12 (Fri, ~23:59)
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O
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13th (5/16, 5/18)
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14.1-14.8
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Chemical Equilibrium
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Ch 13: May 19 (Fri, ~23:59)
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O
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14th (5/23, 5/25)
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15.1-15.6
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Acid-Base Equilibria
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Ch 14: May 26 (Fri, ~23:59)
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O
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15th (5/30, 6/1)
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16.1-16.4,
17.1-17.2
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Solubility & Electrochemistry
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Ch 15: June 2 (Fri, ~23:59)
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O
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16th (6/6, 6/8)
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17.4, 17.6-17.7
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Electrochemistry & Make-up
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Ch 16 & 17: June 9 (Fri, ~23:59)
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O
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6/6:No class Memorial day |
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16th (6/14)
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Final Exam
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(Chapters 11-17)
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Wed(19:00~ 21:00)
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# Specific chapter-lecture schedules will be decised by each lecturer.
Note that some subsections of each chapter in the above table have been excluded. In addition, the following subtopics are not covered as well. These are not included in the quiz and exams.
In chapter 4
- Frank-Hertz Exp (page 152)
- Heisenberg Principle (page 165-167)
- Correspondence Principle and Zero-point Energy (page 175-176)
- Paricle in a 3D box (page 176-177)
In chapter 5
- Hartree Orbitals (page 210-211)
- Sizes and Shapes of Hartree Orbitals (page 211-212)
8. Appendix for Homework
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Chapters
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Chapter summary
(Choose one for the given topics)
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Chapter problems
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3
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Electronegativity
VSEPR
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34, 62, 90, 98, 106
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4
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Wave-particle duality
Shrodinger's and Bohr's interpretation on the wavefunction
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20, 28, 38, 50, 58
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5
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Valence electrons
Solution for multielectron system
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22, 28, 32, 48, 56
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6
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LCAO & MO
Orbital mixing
Hybrid orbital
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18, 48, 52, 66, 72
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9
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Solid & liquid & Gas phase
Van der Walls equation
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24, 37, 48, 75, 91
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10
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Intermolecular forces
Phase diagrams
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23, 33, 41, 46, 68
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11
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Reaction stoichiometry in solutions
Phase equilibrium in solutions
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3, 18, 34, 43, 72
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12
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The first law of thermodynamics
Reversible processes in ideal gases
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9, 12, 19, 71, 78
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13
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The second law of thermodynamics
The third law of thermodynamics
The Gibbs Free Energy
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15, 20, 35, 57, 65
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14
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Chemical Equilibrium
The direction of chemical reactions
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9, 26, 53, 74, 105
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15
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Classification of acids and bases
Buffer solutions
Titration curves
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10, 32, 50, 56, 96
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16
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Solubility product
Common-ion effect
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20, 22, 28, 34, 68
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17
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Electrochemical cells
Nernst equation
Batteries and fuel cells
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14, 24, 34, 76, 90
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