User:Melvin Colorado Escobar/Notebook/chem 471/2015/12/02

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Objective

Run our samples using ICP, measure conductivity for each concentration and Collect Uv-vs data for the different concetraions.

Description

  1. Add experimental record here. Include what, how, and why...

For ICP measurements we took 5 mL of our samples and gave them to Dr. Hartings to run. we are using ICP measurements to see how much gold is in our solutions after an overnight time trial at each given concentration.

We used a conductivity prob to measure the conductivity of our samples. we suing 15 mL of each sample to get a reliable reading of each sample.

Data

This is the table of our ICP results. Although most of our solutions were clear there were visibly fewer fibers. All of the 1uM, 100nM, 10nM 1nM had visibly fewer fibers but the solutions were not purple.

Samples Run number mg/mL
Supernatants1330.06
“no Thermolysin”1340.06
1350.06
1360.06
Blanks at Room Temperature1370.01
1380.01
1390.01
1 nM Thermolysin1400.03
1410.02
1420.02
10 nM Thermolysin1430.03
1440.11
1450.03
100 nM Thermolysin1460.04
1470.04
1480.05
1 uM Thermolysin1490.1
1500.05
1510.06


Conductivity results

We see our 1uM concentration to be the most conductive.

[Thermolysin] Sample Number Conductivity (µs/cm) Average (µs/cm)
1 µM 127372236
22001
31970
100 nM119221912
21898
31917
10 nM 118821249
24.47*
31861
1 nM 17.567.47
27.55
37.3
Supernatants 1323331
(0 Thermolysin)2335
3329
4335
Blanks at Room Temperature 14.11*6.58
27.89
37.73

Notes

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