Kindly please answer 4,5 and 6 with their detailed solution. Thank you so much.

Observation Sheet: Effect of Concentration on Rate of Reaction 3.00 x 10-5 mol/L Approximate Molarity of stock crystal violet (CV+) solution: Wavelength of maximum absorbance (Imax): 588.5 nm Molar Absorptivity of CV+ at max (from advance study assignment): 8.32 x 104 L/(mol'cm) Molarity of NaOH used in Run 1: 3.00 x 10-1 mol/L Molarity of NaOH used in Run 2: 2.00 x 10-1 mol/L Molarity of NaOH used in Run 3: 1.00 10-1 mol/L Run 1 Time (s) Absorbance Run 2 Time (s) Absorbance Run 3 Time (s) Absorbance 0 0.898 0 1.048 0 1.138 10 0.736 10 0.920 10 1.064 20 0.604 20 0.807 20 0.994 30 0.495 30 0.708 30 0.930 40 0.406 40 0.622 40 0.869 50 0.333 50 0.545 50 0.813 60 0.273 60 0.479 60 0.760 70 0.223 70 0.420 70 0.711 80 0.183 80 0.369 80 0.664 90 0.150 90 0.323 90 0.621 100 0.123 100 0.284 100 0.581 110 0.101 110 0.249 110 0.543 120 0.083 120 120 Initial Temp (C) 23.4 Final Temp (C) Initial Temp (C) 23.7 0.219 Final Temp (C) 24.4 Initial Temp (C) 23.8 0.508 Final Temp (C) 23.9 24.3 Observation Sheet: Effect of Temperature on Rate of Reaction Assessment Report /20 Deductions Molarity of stock crystal violet (CV*) solution: 5.9 x 10-5 mol/L Wavelength of maximum absorbance (Imax): 588.5 nm Molar Absorptivity of CV+ at Imax (prelab): 8.32 x 104 L/mol.cm) Total /20 Molarity of NaOH: 0.0200 mol/L Run 1 Run 2 Run 3 Run 4 Time (s) Abs Time (s) Abs Time (s) Abs Time (s) Abs 60 0.439 60 0.599 60 0.727 60 0.896 70 0.391 70 0.551 70 0.686 70 0.871 80 0.348 80 0.507 80 0.647 80 0.847 90 0.310 90 0.466 90 0.611 90 0.823 100 0.276 100 0.429 100 0.577 100 0.800 110 0.246 110 0.394 110 0.544 110 0.778 120 0.219 120 0.362 120 0.514 120 0.756 T60s (C) T 120 (C) T60s (C) T1205 (C) T60s (C) T 120 (C) T60(C) T120s (C) 50.6 49.8 46.4 45.6 41.6 41.0 32.9 32.3 4. Calculate the initial concentrations of OH-(ag) for each kinetics run: these initial concentrations represent the concentrations of OH at the moment of mixing, before any reaction with CV+ has taken place. Place these values into the table on page N-14 (1.0) N-14 k' k Run # [CV](M) [OH-]i(M) Units: Units: 1 2 3 5. Using the ratio method described on pages M-5 and M-6, determine the partial order of the reaction with respect to the hydroxide ion. To do this, perform the calculation three times: compare Run 1 to Run 2, compare Run 1 to Run 3, and compare Run 2 to Run 3. Determine the average of your three results, and round it to the nearest integer. (1.0) 6. Calculate the value of k for each run and add these values to the table at the top of this page and indicate the units for k. Show your calculations for Run 1. Determine the average overall rate constant k. (1.0)