Syllabus

 

1. Course Number: CH102

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

3. Time 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, Z, 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.

 

G

Prof.

 

M

Prof.

 

S

Prof.

       

TA

 

TA

 

TA

 

TA

     

B

Prof.

 

H

Prof.

 

N

Prof.

 

T

Prof.

 

Y

Prof.

 

TA

 

TA

 

TA

 

TA

 

TA

 

C

Prof.

 

I

Prof.

 

O

Prof.

 

U

Prof.

 

Z

Prof.

 

TA

 

TA

 

TA

 

TA

 

TA

 

p.m.

13:00

-16:00

D

Prof.

 

J

Prof.

 

P

Prof.

 

V

Prof.

 

AA

Prof.

 

TA

 

TA

 

TA

 

TA

 

TA

 

E

Prof.

 

K

Prof.

 

Q

Prof.

 

W

Prof.

 

AB

Prof.

 

TA

 

TA

 

TA

 

TA

 

TA

 

F

Prof.

 

L

Prof.

 

R

Prof.

 

X

Prof.

 

AC

Prof.

 

TA

 

TA

 

TA

 

TA

 

TA

 

 

4. Laboratory Manual

       Laboratory Manual for Principles of General Chemistry, 10th Edition, J.A.Beran, John Wiley & Sons, Inc.

 

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

    1_Preparation in advance for experimental work

       (a) Pre-laboratory reading preparation for successful experiment

       (b) "Pre-lab"quizzes are or pre-lab reports are required relating to the experimental details.

 

    2_ Wearing of eye protection and lab clothing at all times while in the laboratory.

       

    3_ Writing up and submission of lab reports. Includes the following (but see evaluation)

        (a) Observations and experimental detail

        (b) Detailed method of processing the experimental data

            ( for Quantitative analytical experiment)

        (c) Calculations and Conclusions regarding the accuracy and the precision of experimental  

             results and errors and the inherent errors based on the measurements


7. Grading

 : Total 10 experiments X 100 pts = 1000 pts

  A(45-50%), B (45%-50%), C-D (5%) per one class

 

  Evaluation Method and point distribution per experiment

   : One experiment = 100 pts

 

          1) Pre- and post- laboratory quizzes  (30 points)

 

         2) Attitude (20 points)

            (a) Lateness (5 pts)

            (b) Lab Safety or Cleanup (10 pts)

            (c) Concentration or Comprehension (5 pts)   

          

          3) Laboratory Reports  (40 points)

            (a) Introduction

            (b) Result

            (c) Discussion

               o Summary

               o Assessing the results

               0 Conclusions

          (d) Reference

 

         4) Laboratory Questions (10 pts)

 

 8. Examination Information

   No Exams.

 

9. 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)

 

10. Schedule and Topics

 

    (a) Schedule

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

Dates

Experiment #

Notes

(Exp#/(E6-5)Lab#-Location/Group#)

Mon

Tue

Wed

      Thu   

Fri

2/25-3/1

[No Lab]

[No Lab]

[No Lab]

[No Lab]

 

 

3/4~3/8

[Exp0]

[Exp0]

[Exp0]

[Exp0]

[Exp0]

Exp0/402/G1, Exp0/406/G2, Exp0/704/G3

3/11-3/15

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

Exp1/402/G1, Exp1/406/G2, Exp1/704/G3

3/18-3/22

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

Exp1/402/G3, Exp3/406/G1, Exp4/704/G2

3/25-3/29

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

[Exp1-3]

Exp1/402/G1, Exp3/406/G3, Exp4/704/G1

4/1-4/5

[Exp4]

[Exp4]

[Exp4]

[Exp4]

[Exp4]

Exp4/402/G1, Exp4/406/G2, Exp4/704/G3

4/8-4/12

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

Exp5/402/G1, Exp6/406/G2, Exp7/704/G3

4/15-4/19

 

 

 

 

 

 

4/22-4/26

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

Exp5/402/G3, Exp6/406/G1, Exp7/704/G2

4/29-5/3

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

[Exp5-7]

Exp5/402/G2, Exp6/406/G3, Exp7/704/G1

5/6-5/10

 

[Exp8-10]

[Exp8-10]

[Exp8-10]

[Exp8-10]

Exp8/402/G1, Exp9/406/G2, Exp10/704/G3

5/13-5/17

[Exp8-10]

[Exp8-10]

[Exp8-10]

[Exp8-10]

[Exp8-10]

Exp8/402/G3, Exp9/406/G1, Exp10/704/G2

5/20-5/24

[Exp8-10]

[Exp8-10]

[Exp8-10]

[Exp8-10]

[Exp8-10]

Exp8/402/G2, Exp9/406/G3, Exp10/704/G1

5/27-5/31

[Exp8-10]

*

*

*

*

Mon: Exp8/402/G1, Exp9/406/G2, Exp10/704/G3

6/3-6/6-6/7

*

 

 

 

 

 

6/10-6/14

 

 

 

 

 

 

                   * Supplementary classes &  Laboratory Score Check /Confirmation

           (4/15-4/19) Mid-term Examination Period

                    (6/10-6/14) Final Examination Period

 

                (b) Topics

 

Experiment # and Topics

Exp.0. Orientation : Introduction , Work Instructions, and Laboratory Safety

Exp.1. Atomic and Molecular Structure (Dry Lab3)

Exp.2. Periodic Table and Periodic Law (Exp11)

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

Exp.4. A Carbonate Analysis; Molar Volume of Carbon Dioxide (Exp13)

Exp.5. Molar Mass of a Solid (Exp14)

Exp.6. Thermodynamics of the Dissolution of Borax (Exp26)

Exp.7. LeChatelier's Principle; Buffers (Exp16)

Exp.8. Potentiometric Analysis (Exp18)

Exp.9. Molar Solubility; Common-Ion Effect (Exp 22)

Exp.10. Galvanic Cells; the Nernst Equation (Exp32)