Question: The following question is based on UV Spectroscopy quantitative analysis please find the concentration of the unkown using the simultaneously equation method show all work

The following question is based on UV Spectroscopy quantitative analysis
please find the concentration of the unkown using the simultaneously equation method show all work
Given the following information
simultaneous equation:
The following question is based on UV Spectroscopy quantitative analysis please find
dilution standards absorbance at different concentration.
the concentration of the unkown using the simultaneously equation method show all
work Given the following information simultaneous equation: dilution standards absorbance at different
concentration. unkown has an absorbance of 0.57 at 577nm and 0.82 at
511nm unknown composes of both chromium (lll) nitrate and Cobalt (ll) nitrate
unkown has an absorbance of 0.57 at 577nm and 0.82 at 511nm
unknown composes of both chromium (lll) nitrate and Cobalt (ll) nitrate at an unknown concentration. Given the know concentration and the absorbances of standards of chromium (lll) nitrate and Cobalt (ll) nitrate at their respective lambda max, find the concentration of each substance in the unknown. chromium (lll) nitrate lambda max is at 577nm and Cobalt (ll) nitrate lambda max is at 511nm.

A1=acr1bccr+acolbccoA2=acr2bccr+aco2bcco Cobalt (II) Nitrate (Lambda max 577nm ) Cobalt (II) Nitrate (Lambda max 511nm ) Chromium (III) Nitrate (Lambda max 511nm ) Chromium (III) Nitrate (Lambda max 577 nm) Chromium (III) Nitrate (Lambda max 511nm )

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Chemistry Questions!