The correct answer is 7.14x10^-4, but I am not sure how to
calculate it.
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The correct answer is 7.14x10^-4, but I am not sure how to calculate it. The method of standard additions was used to de...
My answer is incorrect. The correct answer is 7.14x10^-4, but I am not sure how to calculate it. The method of standard...
My answer is incorrect. The
correct answer is 7.14x10^-4, but I am not sure how to calculate
it.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure was followed, and the new absorbance was 0.480. What was the concentration...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mi...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure was followed, and the new absorbance was 0.480. What was the concentration...
Based on previous failed attempts, I think the answer is around 5.80x10^-4. The method of standard...
Based on previous failed
attempts, I think the answer is around 5.80x10^-4.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure...
Please help, I have uploaded variations of this question many times, and no one can get...
Please help, I have uploaded variations of this question many
times, and no one can get it correct. I appreciate any help. This
problem can be done without molar absorptivity. The correct answer
is 7.14x10^-4, but I am not sure how to calculate it.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-mL portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 L of a 1000.0 ug/mL Cd standard was added to 10.0 mL of solution. The following data were obtained Absorbance of reagent blank 0.042 Absorbance of sample 0.377 Absorbance of sample plus addition 0.762 What was the concentration of the cadmium in the waste stream sample? Number 0.4 ug mL Later,...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 L of a 1000.0 mL Cd standard was added to 10.0 mL of solution. The following data were obtained: sorbance of reagent blank- 0.029 Absorbance of sample 0.464 Absorbance of sample plus addition 0.863 What was the concentration of the cadmium in the waste stream sample? Number 1.09x 10 ug/mL Later,...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 μL of a 1000.0 μg/mL Cd standard was added to 10.0 mL of the unknown solution. The results obtained are shown in the table. Absorbance Reagent blank 0.024 Sample 0.395 Sample plus addition 0.859 What is the concentration of the cadmium in the waste stream sample? c= μg/mL Later, the analyst...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 μL of a 1000.0 μg/mL Cd standard was added to 10.0 mL of the unknown solution. The results obtained are shown in the table. Absorbance Reagent blank 0.023 Sample 0.498 Sample plus addition 0.714 What is the concentration of the cadmium in the waste stream sample?
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.010.0 μL of a 1000.0 μg/mL CdCd standard was added to 10.0 mL of the unknown solution. The results obtained are shown in the table. Reagent blank 0.023 Sample 0.342 Sample plus addition 0.749 What is the concentration of the cadmium in the waste stream sample? Later, the analyst learned that the...
My answer is incorrect. The
correct answer is 7.14x10^-4, but I am not sure how to calculate
it.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure was followed, and the new absorbance was 0.480. What was the concentration...
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure was followed, and the new absorbance was 0.480. What was the concentration...
Based on previous failed
attempts, I think the answer is around 5.80x10^-4.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-ml portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a colored product that produced a blank-corrected absorbance of 0.300. To 51.00 mL of the original sample, 1.00 mL of a standard solution of 1.00×10 M nitrite was added. The same color-forming procedure...
Please help, I have uploaded variations of this question many
times, and no one can get it correct. I appreciate any help. This
problem can be done without molar absorptivity. The correct answer
is 7.14x10^-4, but I am not sure how to calculate it.
The method of standard additions was used to determine nitrite in a soil sample. A 1.00-mL portion of the sample was mixed with 22.00 mL of a colorimetric reagent, and the nitrite was converted to a...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 L of a 1000.0 ug/mL Cd standard was added to 10.0 mL of solution. The following data were obtained Absorbance of reagent blank 0.042 Absorbance of sample 0.377 Absorbance of sample plus addition 0.762 What was the concentration of the cadmium in the waste stream sample? Number 0.4 ug mL Later,...
Atomic absorption spectroscopy was used with the method of standard additions to determine the concentration of cadmium in a sample of an industrial waste stream. For the addition, 10.0 L of a 1000.0 mL Cd standard was added to 10.0 mL of solution. The following data were obtained: sorbance of reagent blank- 0.029 Absorbance of sample 0.464 Absorbance of sample plus addition 0.863 What was the concentration of the cadmium in the waste stream sample? Number 1.09x 10 ug/mL Later,...
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