Chemsitry153

Fall 2005

Lab Program

General Information

Experiment 0 Check In and Safety

Experiment 1 Acid/Base Titration

Experiment 2 Qualitative Analysis

Experiment 3 Qualitative Analysis

Experiment 4 Organic Acid ID

Experiment 5 Particles and Waves

Experiment 6 Cobolt Complex

Experiment 7 Gavimatry and Conductometry

Experiment 8 Chelatometric Titration

Experiment 9 Spectophotometry

Experiment 10 Check Out

Lab Schedule F 20005

Experiment
DUE WORK
September

Mon - 12

Tues - 13

Check In

 

 

Mon - 19

Tues - 20

Acid/Base Titration

Mon - 26

Tues - 27

Qualitative Analysis
WS - 1
October

Mon - 3

Tues - 4

Qualitative Analysis

2/3 result

after lab

Mon - 10

Tues - 11

NO LAB

Mon - 17

Tues - 18

Organic Acids ID
2/3 Report

Mon - 24

Tues -25

Particles and Waves
WS - 4
Mon - 31 Cobolt Complex
WS - 5
November

Tues - 1

Cobalt Complex
WS - 5

Mon - 7

Tues - 8

Gavimetry

Conductometry

WS - 6

Mon - 14

Tues - 15

Chelatometric

Titration

WS - 7

Mon - 21

Tues - 22

Spectrophotometry
WS - 8

Mon - 28

Tues -29

Check Out
WS - 9
December

FRIDAY

9 December

5:00 PM

 

Lab Report

Exp 6 - 9

 

Students are free to discuss with each other the laboratory reports, but the written material must be your own. The data given in your laboratory report must be the data that you ( and your partner) collected in the laboratory. References to all literature explicitly used in the laboratory reports must be properly noted.

The written reports should be organized approximately as follows

I. Introduction: This section should contain a clear description, in your own words, of the purpose of the experiment with background material sufficient to place the purpose in context. Based on your results you may want to raise certain questions to be answered by your experiment.II. Theory: This section should be brief and may, in some cases, be combined with the Introduction. It is a summary, including equations, of what you expect to find as a result of your measurements. (maximum of 2 pages)III. Data: This section should include all the relevant data in a clear and ordered format. Do not paste printed data from a software package. Instead, cut, organized, paste and photocopy the data.

IV. Error Analysis: This section should include the error analysis used to calculate any deviation from your experimental results.

V. Discussion: This section should explain any agreement and/or disagreement between theory, your experimental results and the literature results.

VI. References

VII Data and Figures

Maximum length 10 pages.