Solution number Concentration Absorbance 1 1 0.01 2 2 0.01 3 16 0.06 4 26 0.12...
| Solution number | Concentration | Absorbance | |||
| 1 | 1 | 0.01 | |||
| 2 | 2 | 0.01 | |||
| 3 | 16 | 0.06 | |||
|
4 |
26 | 0.12 | |||
| 5 | 100 | 0.53 |
Can someone plot this in excel along with slope equation and R2( add trendline) thank you!!
Homework Answers
Slope = 0.0052
Add Answer to:
Solution number
Concentration
Absorbance
1
1
0.01
2
2
0.01
3
16
0.06
4
26
0.12...
Section 1 Tube [FeSCN^+] M Absorbance 1 0.0005 0.016 2 0.0011 0.0422 3 0.00367 0.0917 4...
Section 1 Tube [FeSCN^+] M Absorbance 1 0.0005 0.016 2 0.0011 0.0422 3 0.00367 0.0917 4 0.00727 0.224 5 0.00965 0.267 6 0.0137 0.398 Part B unknown sol. 0.175 SCENARIO: Five standard solutions containing different known concentrations of an iron (II) thiocyanate (FeSCN+ ) complex are analyzed using spectrophotometry, a technique which measures the quantity of light absorbed by the solution as a function of the concentration of the analyte in solution (in this case, FeSCN+ ). The results of...
Table 3: Absorbance for varying concentrations of Co(NO3)2 at max wavelength Sample Number Concentration (mM) Absorbance...
Table 3: Absorbance for varying
concentrations of Co(NO3)2 at max
wavelength
Sample Number
Concentration (mM)
Absorbance
0
0 mM
0.00
1
30 mM
0.13
2
60 mM
0.27
3
90mM
0.40
4
120mM
0.53
5
150 mM
0.67
Answer the following questions based on your calibration curve
Calculate the
l value from the slope of your graph
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4...
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4 M 2.500e-4M 1.250e-4 M Construct a plot of absorbance (van) versus concentration (axis) from the data above. Determine the slope of the best-hit line. Make sure to force the best hit straight line through the origin. Excel has an option to do the instructions for Excel 2011 on Windows, instructions for Excel 2011 on Mac). > Submit your answer to this question to the...
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4...
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4 M 2.500e-4M 1.250e-4 M Construct a plot of absorbance (van) versus concentration (axis) from the data above. Determine the slope of the best-hit line. Make sure to force the best hit straight line through the origin. Excel has an option to do the instructions for Excel 2011 on Windows, instructions for Excel 2011 on Mac). > Submit your answer to this question to the...
Absorbance Concentration (M) Dilution # 1 .79 S.000e-4 M Dilution #2 .54 3.750e-4 M Dilution #3...
Absorbance Concentration (M) Dilution # 1 .79 S.000e-4 M Dilution #2 .54 3.750e-4 M Dilution #3 .31 2.500e-4 M ilution #4 .11 1.250e-4 M Construct a plot of absorbance (y-axis) versus concentration (x-axis) from the data above. Determine the slope of the best-fit line. Make sure to force the best fit straight ine through the origin. Excel has an option to do this (instructions.for Excel 2013.on Windows, instructions.for Excel.2011 on Mac) >Submit your answer to this question to the correct...
1. Make a scatter plot (on the computer again) of absorbance versus concentration for the calibration samples. On the...
1. Make a scatter plot (on the computer again) of absorbance versus concentration for the calibration samples. On the plot, add a linear trendline and display the equation on the chart. Take your time to label the axes. Attach the chart to the end of this experiment. 2. From your plot, what is the value of eb? Data 25 Mass of Acetylsalicylic acid in solution g Solutions Absorbance 1.20 Standard made from 0.500mL of stock solution 1.1 Standard made from...
Prelaboratory assignment Exp. 4 Beer’s Law 1.Calculate the Concentration of the Crystal Violet Solutions in Table...
Prelaboratory assignment Exp. 4 Beer’s Law
1.Calculate the Concentration of the Crystal Violet Solutions in
Table 1 of the Procedureusing Vinitial x Minitial = Vdiluted x
Mdiluted (Note: Vdiluted = 15 mL). Record the concentrationsin
Table 1 AND in the Data table in the report sheet.
2.Plot the following data as absorbance vs concentration of X in
excel
Absorbance, A Molar Concentration of X
0.045 3.0 x 10-4 mol/L
0.097 6.2 x 10-4 mol/L
0.14 9.0 x 10-4 mol/L...
Plot of absorbance vs concentration for calibration curve. Data sheet stapled to back of DRA. Solution...
Plot of absorbance vs concentration for calibration curve. Data sheet stapled to back of DRA. Solution Stock solution Dilution 1 (50.0%) Dilution 2 (25.0%) Dilution 3 (12.5%) (SCN) (FeSCNI. 2.0 x10M 2.0 X10M 1.0 x 10-4 M 1.0104M 5.0 x10-5M 5.0*10-5M 2.5 x 10-5Ma.5 x10 -5M 0.836 0.389 0.180 0.085 Calibration curve trendline equation_=43 15.1 % - 0.032 Rvalue of trendline 0.9993 Absorbance Sample Number 0.0020 M Fe(NO), (ml) 0.0020 M KSCN (ML) - - - - - 0. 129...
Please show calculations for all 4 trials 3cer's law states that the absorbance of a solution...
Please show calculations for all 4 trials
3cer's law states that the absorbance of a solution is directly proportional to the molar Concentration of a solution. If you plot absorbance versus molar concentration (molarity), the esulting graph yields a straight line. The equation for the straight line can be used to determine he concentration of an unknown solution from a measurement of its absorbance. You need to prepare 10.0 mL of diluted Cuso, solutions with the concentrations listed for Trials...
If the original sodium tartrate solution had a concentration of 1.00 M instead of 0.100 M,...
If the original sodium tartrate solution had a concentration of
1.00 M instead of 0.100 M, what would the concentration of copper
be in a solution created by combining 10 mL of it with 10 mL of the
0.100M copper (II)sulfate solution. Use the Ksp you found in the
experiment.
For the ionic solid copper tartrate, the solubility equilibrium
reaction is: CuC4H4O6 (s) Cu2+ (aq) + C4H4O6 2- (aq) Just like any
equilibrium reaction, an equilibrium expression can be created....
Table 3: Absorbance for varying
concentrations of Co(NO3)2 at max
wavelength
Sample Number
Concentration (mM)
Absorbance
0
0 mM
0.00
1
30 mM
0.13
2
60 mM
0.27
3
90mM
0.40
4
120mM
0.53
5
150 mM
0.67
Answer the following questions based on your calibration curve
Calculate the
l value from the slope of your graph
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4 M 2.500e-4M 1.250e-4 M Construct a plot of absorbance (van) versus concentration (axis) from the data above. Determine the slope of the best-hit line. Make sure to force the best hit straight line through the origin. Excel has an option to do the instructions for Excel 2011 on Windows, instructions for Excel 2011 on Mac). > Submit your answer to this question to the...
.79 Dilution #1 Dilution #2 Dilution #3 Dilution #4 Absorbance Concentration (M) 5.000e-4 M .54 3.750e-4 M 2.500e-4M 1.250e-4 M Construct a plot of absorbance (van) versus concentration (axis) from the data above. Determine the slope of the best-hit line. Make sure to force the best hit straight line through the origin. Excel has an option to do the instructions for Excel 2011 on Windows, instructions for Excel 2011 on Mac). > Submit your answer to this question to the...
Absorbance Concentration (M) Dilution # 1 .79 S.000e-4 M Dilution #2 .54 3.750e-4 M Dilution #3 .31 2.500e-4 M ilution #4 .11 1.250e-4 M Construct a plot of absorbance (y-axis) versus concentration (x-axis) from the data above. Determine the slope of the best-fit line. Make sure to force the best fit straight ine through the origin. Excel has an option to do this (instructions.for Excel 2013.on Windows, instructions.for Excel.2011 on Mac) >Submit your answer to this question to the correct...
1. Make a scatter plot (on the computer again) of absorbance versus concentration for the calibration samples. On the plot, add a linear trendline and display the equation on the chart. Take your time to label the axes. Attach the chart to the end of this experiment. 2. From your plot, what is the value of eb? Data 25 Mass of Acetylsalicylic acid in solution g Solutions Absorbance 1.20 Standard made from 0.500mL of stock solution 1.1 Standard made from...
Prelaboratory assignment Exp. 4 Beer’s Law
1.Calculate the Concentration of the Crystal Violet Solutions in
Table 1 of the Procedureusing Vinitial x Minitial = Vdiluted x
Mdiluted (Note: Vdiluted = 15 mL). Record the concentrationsin
Table 1 AND in the Data table in the report sheet.
2.Plot the following data as absorbance vs concentration of X in
excel
Absorbance, A Molar Concentration of X
0.045 3.0 x 10-4 mol/L
0.097 6.2 x 10-4 mol/L
0.14 9.0 x 10-4 mol/L...
Plot of absorbance vs concentration for calibration curve. Data sheet stapled to back of DRA. Solution Stock solution Dilution 1 (50.0%) Dilution 2 (25.0%) Dilution 3 (12.5%) (SCN) (FeSCNI. 2.0 x10M 2.0 X10M 1.0 x 10-4 M 1.0104M 5.0 x10-5M 5.0*10-5M 2.5 x 10-5Ma.5 x10 -5M 0.836 0.389 0.180 0.085 Calibration curve trendline equation_=43 15.1 % - 0.032 Rvalue of trendline 0.9993 Absorbance Sample Number 0.0020 M Fe(NO), (ml) 0.0020 M KSCN (ML) - - - - - 0. 129...
Please show calculations for all 4 trials
3cer's law states that the absorbance of a solution is directly proportional to the molar Concentration of a solution. If you plot absorbance versus molar concentration (molarity), the esulting graph yields a straight line. The equation for the straight line can be used to determine he concentration of an unknown solution from a measurement of its absorbance. You need to prepare 10.0 mL of diluted Cuso, solutions with the concentrations listed for Trials...
If the original sodium tartrate solution had a concentration of
1.00 M instead of 0.100 M, what would the concentration of copper
be in a solution created by combining 10 mL of it with 10 mL of the
0.100M copper (II)sulfate solution. Use the Ksp you found in the
experiment.
For the ionic solid copper tartrate, the solubility equilibrium
reaction is: CuC4H4O6 (s) Cu2+ (aq) + C4H4O6 2- (aq) Just like any
equilibrium reaction, an equilibrium expression can be created....
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