DO ALL PARTS OF QUESTION AND USE SIGNIFICANT FIGURES!!!!!!!!! IF YOU DO NOT DO THIS I WILL DOWNVOTE YOU HERE ARE THE QUESTIONS:

INFO TO USE TO CALCULATE QUESTIONS:

Q4. For sample 3, [SCN-]0 = 0.000600 M
Q5. For sample 4, [SCN-]0 = 0.000800 M
Q6. For sample 5, [SCN-]0 = 0.00100 M
Explanation
For sample 3,
[SCN-]0 = M * (V / VTotal)
where M = molarity of KSCN = 000200 M
V = volume of KSCN = 3.00 mL
VTotal = 10.00 mL
Substituting the values,
[SCN-]0 = (0.00200 M) * (3.00 mL / 10.00 mL)
[SCN-]0 = (0.00200 M) * (0.300)
[SCN-]0 = 0.000600 M
DO ALL PARTS OF QUESTION AND USE SIGNIFICANT FIGURES!!!!!!!!! IF YOU DO NOT DO THIS I...
DO ALL PARTS OF QUESTION AND USE SIGNIFICANT FIGURES!!!!!!!!! IF
YOU DO NOT DO THIS I WILL DOWNVOTE YOU
HERE ARE THE QUESTIONS:
INFORMATION TO USE FOR CALCULATING QUESTIONS:
QUESTION 1 For all of the samples, [Fe3+10 = _M QUESTION 2 For sample 1, [SCN lo = _M. QUESTION 3 For sample 2, [SCN lo = _M For the prelaboratory assignment, you will need to calculate the initial concentrations of [Fe3+10 and [SCN-10 for samples 1-5 that you will use...
SHOW WORK CLEARLY, DO ALL PARTS AND USE SIGNIFICANT FIGURES! DO
QUESTION 8 ONLY!!! IF YOU DO QUESTION 7 I WILL REPORT YOU
QUESTION 7 1 points Save Answer Eshaq measures the absorbance at 447 nm of a sample prepared by mixing 10.00 mL of 0.200 M Fe(NO3)3 in 1 M HNO3 with 2.00 mL of 0.00200 M KSCN, and 8.00 mL of water. He prepares the sample in a test tube, and then transfers some of the solution to...
Show all work to receive full credit. Express answers to the correct number of significant figures. Note: Complete the table below by calculating the initial SCN and equilibrium Fe(SCN)2+ concentrations for each of the five standard solutions. In addition to the volume of KSCN indicated in the table below each solution contains 5.00 mL of Fe(NO,)a and sufficient 0.050 M HNO3 to produce a total volume of 25.00 mL of solution. 1. Fe3+ +SCN Fe(SCN)2+ 0.00200 M Molarity of KSCN...
How do I calculate [SCN-]i given that:
Stock [Fe3+] = 0.00200 M
Stock [SCN-] = 0.00200 M
[Fe+3] [SCN]: of Table 2. Initial Data to Determine Keq Trial Volume Volume Total | Absorbance of Fe+3 volume KSCN(mm) (mm) (mL) hao 5.00 10.00 10.110 | 2 200 5.00 10.00 0.225 3 3.00 5.00 10.00 0.359 4 4.00 5.00 10.00 0.479 5 5.00 5.00 10.00 0.626 11.00×10 -3 2.00x104
please do 1 through 4. Thank you.
0 1. Fe 1.SCN Procedure B: 1. Prepare ICE tables for beakers 2 - 6 using the example below as a guideline (you will have 5 different ICE tables). Table 3. Sample "ICE" table. Fe(aq)*3 + SCN(aq) = FeSCN2 Initial: **M calculated **M calculated using your Table 2 using your Table 2 volumes volumes Change: - 1x - 1x Equilibrium: M 1x 1x = concentration calculated from Procedure A slope-intercept equation +1x M...
QUESTION 4 Use the sample results below to complete the Report Form Laboratory Temperature 22.0C Concentration of Stock Fe(NO) soin. 0.00200 M Concentration of Stock KSCN soin. 0.00200 M Trial Fe(NO3h (mL) KSCN (ml) H2O (ml) Total Volume (ml) % Transmitance 1 5.00 5.00 0.000 10.0 28.0 2 5.00 4.00 1.00 10.0 32.8 3 5.00 3.00 2.00 10.0 41.2 4 5.00 3.00 10.0 51.0 200 Calculate the equilibrium constant (Kec) of each trial as well as the average Keq (Ave....
4. Calculate the initial concentrations of Fe3+ and SCN? in each of the equilibrium mixtures you will prepare using the information in Table 2 Volume of delonged water (ml) Total volume ml) Table 2. Preparation of Equilibrium Mixtures Volume of Volume of Volume of 0.10 M Mixture 0.00200 M 0.00200 M HNO, (ml) KSCN (ML) Fe(NO3)3 (ml) 1,50 3.00 1.00 2.00 1.00 2.50 1.00 1.50 350 1.00 1.00 2.50 2.00 4.50 4.50 4.50 4.50 4.50 10.00 10.00 10.00 10.00 10.00...
Chemistry (3 part Questions) 3a. Use the following data table and equation to generate a standard curve for the concentration of the product [Fe(SCN)]+2 by plotting equilibrium concentration versus absorbance. A graph is required for credit including title, labeled axis, and correct linear regression line(s) ? Fe+3 + SCN-1 <--> [Fe(SCN)]+2 Test Tube 0.100 M FeCl3 0.00100M KSCN Water Absorbance 1 10.00 mL 1.00 mL 9.00 mL 0.012 2 10.00 2.00 8.00 0.101 3 10.00 3.00 7.00 0.245 4 10.00...
I need help with all of the Eq's and Kc's on the last image for
trials 1-4. Pretty much lost on everything on the last image.
0.00200 M 0.00200 M Test Tube No. Fe(NO3)3(mL) KSCN (mL) H2O (mL) [Fe3+linit (M) [SCN Jinit (M) Absorbance Try 1:7 0.00100 Try 1: X 0.000400 Try 2: X 0.000394 Try 3: 70.000396 2.970 5.00 Edit 1.97 Edit 0.201 Edit Edit | 0.5 0.5 Info 0.25 0.5 Info Try 1: X 0.00100 Try 2: X...
help with finding the equilibrium of [Fe(SCN)^2+] morality value
Equilibrium Solutions Data 1. Use your "Absorbance of Solution" values and the graph you made above to interpolate the "Equilibrium [Fe(SCN)]" molarity values. 2. Calculate both the "Initial [Fe ]" and the "Initial [SCN']" molarity values using then dilution equation CiVi C2V2. 3. Calculate the "Equilibrium [Fe ]" molarity values by subtracting the "Equilibrium [Fe(SCN) " molarity values from the "Initial [Fe'" molarity values. 4. Calculate the "Equilibrium [SCN']" molarity values...