Syllabus [Syllabus-PDF]

 

1. Course Number: CH102

2. Lecture: Experiment: Credit : 0: 3h: 1

3. Time Schedule

    Location:      lab 402 & 406 & 704 (Goong-Ni Lab Building, E6-5)

    (G1 classes: A, D, G, J, M, P, S, V, AA/ G2 classes: B, E, H, K, N, Q, T, W, Y, AB/ G3 classes:C, F, I, L, O, R, U, X, Z, AC)

Time

Mon

Tue

Wed

Thu

Fri

a.m.

9:00-

12:00

A

Prof.

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G

Prof.

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M

Prof.

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S

Prof.

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B

Prof.

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H

Prof.

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N

Prof.

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T

Prof.

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Y

Prof.

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C

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I

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O

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U

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Z

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p.m.

13:00

-16:00

D

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J

Prof.

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P

Prof.

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V

Prof.

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AA

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E

Prof.

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K

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Q

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W

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AB

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TA

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F

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L

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R

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X

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AC

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4. Laboratory Manual

       Laboratory Manual for Principles of General Chemistry, tenth Edition, J.A.Beran, John Wiley & Sons, Inc.

      * Supplementary resource: JOVE resources (https://app.jove.com/education/chemistry-list)

 

5. Objectives for the Course

    1) To teach basic laboratory techniques

    2) To introduce to elementary methods of assessing the significance of experimental measurements

    3) To provide an experience that enables the students to acquire positive attitude toward chemistry, or science.


6. Course Requirement

   Writing up and submission of lab reports. Includes the following (but see evaluation)

       1) Observations and experimental detail

       2) Detailed method of processing the experimental data

            ( for Quantitative analytical experiment)

       3) Calculations and Conclusions regarding the accuracy and the precision of experimental  

             results and errors and the inherent errors based on the measurements

 

7. Grading

   Less than 50% of the total students in each class receive an A grade. Students who score below 50% of the total marks or fail to attend two or more experiments are assigned an F grade.

 

8. Methods of Evaluation

 

The student will be evaluated based on his/her performance of the requirement listed below.

  One Experiment = 100 points

  (9 experiments X 100 points ) + (safety training :100 points) = 1000 points in total

 

1) Laboratory Experiment

The assignment description of an experiment consists of three parts; Pre-lab Assignment, Attitude, and Lab Report. Poins distribution is as follows.

 

         1-1) Pre-Lab Assignment (20 points)

            (a) Introduction (Theory) (5 pts) and Procedure Summary (5 pts)

            (b) Quiz (10 pts)

 

        1-2) Attitude (20 points)

           (a) lateness, lab safety or cleanup,

           (b) Concentration or comprehension

 

        1-3) Laboratory Reports  (60 points)

            (a) Result

            (b) Discussion

                 o Summary

                 o Assessing the results

                 0 Conclusions

            (c) Reference

           (d) Post-lab questions

 

2)  Online Safety Training Completion

 

     2-1) Route: safety.kaist.ac.kr-> Lab Safety Management System -> Lab Safety Education -> Online Education

     2-2) Bachelor's requirement

 

classification

Hours required

Topics

Freshmen

-New user education for freshment- 2 hours (within 3 months of admission)

- Regular education: 6 hours~

-New user education: [New Education]

- Regular education: Free choice of CHEMISTRY topics

Sophomore ~ Senior

Regular education: 6 hours ~

- Regular education: Free choice of CHEMISTRY topics

  * KS Lab (A Laboratory subject to thorough safety inspection): General Chemistry Lab (E6-5)

 

 9. Examination Information

   No Exams.

 

10. Reference

       1)  handbooks

            (a) CRC handbook of Chemistry and Physics (CRC press, Boca Raton, Florida)

            (b) Merck Index(Merck & Co., Rakway, New Jersey)

            (c) Lange's Handbook of Chemistry (MaGraw-Hill, New York)

 

11.  Topics and Schedule

 

       1) Topics & Lab class type

Experiment # and Topics

Exp.0. Orientation : Introduction, Lab Schedule, and Method of Evaluation

Exp.1. A Carbonate Analysis; Molar Volume of Carbon Dioxide (Experiment 13)

Exp.2. Periodic Table and Periodic Law (Experiment 11)

Exp.3. Quantum Chemical Calculation: the Potential Energy Curve and the Orbitals of H2+

Exp.4. Atomic and Molecular Structure (Experiment Dry Lab 3)

Exp.5. Thermodynamics of the Dissolution of Borax (Experiment 26)

Exp.6. A Rate Law and Activation Energy (Experiment 24)

Exp.7. LeChatelier's Principle; Buffers (Experiment 16)

Exp.8. Alkalinity of a Water Resource (Experiment 20)

Exp.9. Galvanic Cells, the Nernst Equation  (Experiment 32)

         

       2) Schedule

                            *Location: GoongNi Laboratory Bldg. (E6-5): Lab 402 , Lab 406, & 704

(G1 classes: A, D, G, J, M, P, S, V, AA/ G2 classes: B, E, H, K, N, Q, T, W, Y, AB/ G3 classes:C, F, I, L, O, R, U, X, Z, AC)

Dates

Experiment #

Group (Exp#/Lab in E6-5)

Mon

Tue

Wed

      Thu   

Fri

G1 class

G2 class

G3 class

2/26-3/1

[No class]

[No class]

[No class]

[No class]

[No class]

 

 

 

3/4~3/8

Exp0

Exp0

Exp0

Exp0

Exp0

Exp0/402

Exp0/406

Exp0/704

3/11-3/15

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp1/402

Exp2/406

Exp3/704

3/18-3/22

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp2/406

Exp3/704

Exp1/402

3/25-3/29

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp1~3

Exp3/704

Exp1/402

Exp2/406

4/1-4/5

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp4/402

Exp5/406

Exp6/704

4/8-4/10-4/14

*

*

 

*

*

 

 

 

4/15-4/19

 

 

 

 

 

 

 

 

4/22-4/26

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp5/406

Exp6/704

Exp4/402

4/29- 5/3

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp4~6

Exp6/704

Exp4/402

Exp5/406

5/6-5/10

 

Exp7~9

Exp7~9

Exp7~9

Exp7~9

Exp7/402

Exp8/406

Exp9/704

5/13-5/15-5/17

Exp7~9

Exp7~9

 

Exp7~9

Exp7~9

Exp8/406

Exp9/704

Exp7/402

5/20-5/24

Exp7~9

Exp7~9

Exp7~9

Exp7~9

Exp7~9

Exp9/704

Exp7/402

Exp8/406

5/27-5/31

Exp7~9

 

Exp7~9

         

6/3~6/6-6/7

*

*

*

 

*

 

 

 

6/10-6/14

 

 

 

 

 

 

 

 

            * Supplementary classes &  Laboratory Score Check /Confirmation

 

12. Additional Information

 

0 Utilizing TURNITIN

  Student must submit an assignment file including pre-lab assignmen, lab report, and post-lab assignment through the Turnitin system in due date. You should us MS-Word to produce your assignments. (www.turninin.com)

 

0 Assignment Submission and Feedback

  - Online Submission: www.turnitin.com

      i) Creat your account. Enter class ID and Password (provided by TA)

      ii) Enter your name in korean or English

  - Submission Due: Within 7 days

  - Posting grade: Within 3 days from the due date

  - Claim period: Within 2 days after the period of grading and feedback

 

Wed

Thu

Fri

Sat

Sun

Mon

Tue

 

[Exp1]

Due: Within 7 days

 

Period for Grading and Feedback of the Assignment

Claim period

 

 

0 Policy for Late Lab Report (60 pts)

  You should submit your assignment by due date on Turnitin. You are entirely reponsible for both upload of the assignment file within due date and confirmation of the successful upload to the Turnitin. Warning! We will not accept any excuses or compromise in case that you deduct any points below due to your late report submission. If miss last chance, you don't need to submit it.

                           Within 24 hours (last chance): -12 points

                           More than 24 hours: 0 point (Lab report 60 pts -> 0 point)

 

0 Our Guidelines to check Plagiarism Using the Turnitin Software

  Reports having similarity ranges from 24% to 100% or the following common sources will be regarded as plagiarism that results in zero for all reports involved (determined by chief and instructor).

 

1) Example 1. Text matching

   i) Overall similarity index: should not exceed 24% (24% and below gives the color code-Green, in Turntin, indicating that it within the acceptable)

   ii) Acceptable number of words in unbroken string (phrase or sentence): should not exceed 15 words

If you get an orange 52% similarity percentage, that means that 52% of your report is exactly the same as other sources found by Turnitin. Even in case of 15% similarity, if the matching text is one continuous block of borrowed material (should not exceed 15 words), it will be considered as plagiarized text of significant concern.

 

2) Example 2. Cut/ Copy and Paste material from the Web, textbooks or online manual, data

 

3) Example 3. Copying the work of another student