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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
help with calculating the “initial [SCN^—]” M and the Equilibrium
[Fe(SCN^2+)] M.
i
have one. just not sure how to set up the equation to find the
inital [SCN^-] . not sure if im calculating it correctly.
Data Manipulation and Calculations Calibration Solutions Data 1. Calculate the "Initial [SCN']" molarities for the solutions using the dilution equation CiVI=C2V2 2. Use the net ionic equation for the reaction, the ratio of [Fe3 [SCN'] used, and your knowledge of Le Châtelier's Principle...
2017 is the power of (1 + x^2)
Exercise 9. (i) Evaluate dr (ii) Show that the following improper integral converges roo arctan r dx. Jo (1+r2)2017
Exercise 9. (i) Evaluate dr (ii) Show that the following improper integral converges roo arctan r dx. Jo (1+r2)2017
Data Sheet & Calculations. Part I: For this part of the experiment assume (SCN-1 = (FeSCN21 Table 3: Trial % Transmittance [SCN*); [Fe(SCN)2+) 0.00004 2 89.9 Absorbance 3 79.1 0.00008 4 66.1 0.00012 5 58.3 0.00016 6 51.0 0.00020 Calculate the [SCN] and [Fe'")accounting for dilution using MeV. = MVd, for each solution in Table 1. Show one sample calculation for absorbance, [SCN-] and [FeSCN2-). Enter all calculated values into Table 3 above. Absorbance: Use Eqn. # 2 (2.000 -...
Project: MATH 213 - Linear Algebra Instructor: Dr. I. Aksikas Due Date: May 02, 2019 Exercise 1. Start Matlab and enter the following matrices 0.5 0.35 0.15 B=10.35 0.6 0.05 0.15 0.05 0.8 1, c=112 -3 2 1 4-6 Type the following (a) Did Matlab refuse to do any of the requested calculations? Why? (b) Is (A' +A)/2 symmetric? Is this is correct for any square matrix? Prove or disprove
Project: MATH 213 - Linear Algebra Instructor: Dr. I. Aksikas...
Partner: Data Sheet & Calculations. Part I: For this part of the experiment assume (SCN"]= FeSCN21 Table 3: Trial % Transmittance [SCN); [Fe(SCN)?) Absorbance 2 89.9 0.00004 0.0462 0.00004 3 79.1 0.00008 0-1018 0.00012 4 66.1 10.17918 000012 5 58.3 0.00016 10.2343 o.ooola 0.00020 6 51.0 0.2924 0.00 02 apb00% Calculate the [SCN Ji and [Fe3+]; accounting for dilution using MeV. - MV., for each solution in Table 1. Show one sample calculation for absorbance, (SCN) and [FeSCN?"). Enter all...
Correct Answer is C but I need detailed explanation
30. The intermediate [Fe(SCN)(H20)5]2+ is detected in the reaction of [Co(NCS) (NH3)5]2+ with Fe(H20)6]2+ in aqueous medium to produce [Co(H20)6]2+and [Fe(H20)6]3+ a. Interchange dissociative b. Interchange associative c. Inner sphere electron transfer d. Outer sphere electron transfer
I. Write the equilibrium constant expression, K for the following reaction Fe"(ag) FENCS(ag) SCN (ag) + CFENCS D 2. In part A of Experiment 34, it was assumed that all of the SCN added to the reaction mixture was converted to product (FeNCS). Which of the following best explains why that assumption was valid? A) The moles of Fe added equaled the moles of SCN- added. B) In part A, the SCN was the limiting reactant whereas in part B,...
Nomenclature Coordinate Complexes | <Br< SCN < Cl< O=N-0 <F <OH <C:0-(oxalato) < 0,2-<H2O <SCN <NH; <en (H2NCH2CH2NH2) NO2 <CN <CO Formula Name # of lone de [Cr. (NH3)3 (+20)})( triamminetriaquachromium(III) chloride [Fe(NH3).](NO2) hexaammineiron (111) nitrate [pt leng (12232 dithicyanodi(ethylenediamine)platinum(IV) chloride [Co(C204)(CO)]* Owlbunyoleation contu) lon ammonium tetraiodicuprate(II) INHO), [LUIGI Ke[Fe(ONO).] [ Fel NH3)6] hexaammineiron(III) hexahydroxochromate(III) [Co(H2NCH2CH2NH3)4](SO4)3 | +r15 4+ hy • he ºlfa wine) ¢e bal} (1) v10a4e pentaaquahydroxoiron(III) ion [Fe(H2E), GH) +2. (NH4)[Ni(O2)2(H2O)2] ammunium cinquabiscova lato) nickelate CI) AN...
If the investment demand function is I = c - dr and the quantity of real money demanded is eY - fr , then fiscal policy is relatively potent in influencing aggregate demand when d is ______ and f is ______. a. large; small b. small; small c. small; large d. large; large