pls complete the table below Beaker ABeaker B (+ 3 drops of fresh starch)Run a0.2 M KI, mL0.2 М KСL, mL0.1 M K:S2OS0.1 M K:SO44.0 mM Na:S2O3110.00.05.05.05.02b5.05.05.05.05.02.57.55.05.05.045.05.07.52.55.05.05.010.00.05.0เก่ เก่ เก่ [S208 2-], MIn rate vs In [S208 2-] at constant [I-]In [S208 2-]RunsReaction time, s Rate, M/sIn rateSlopeInterceptr2 valueRate orderRounded offRate orders are typically whole numbers or fractionsRunsRate constant12a34Average

As calculated before: Runs [S2O82-], M [I-], M [S2O32-], M Reaction time, s Rate, M/s…

Answered: (S208 2-), M In rate vs In [S208 2-] at…

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter32: Radiochemical Methods

Section: Chapter Questions

Problem 32.12QAP

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Which one of the following statement is not true regarding the material balance equation: AR = IR – OR + GR Group of answer choices OR is the Output Rate, it represents the amount of mass leaving the process boundary AR is the Accumulation Rate, it’s 0 under steady-state conditions IR is the Input Rate, and its unit should be mass per time GR is the Generation Rate and it can only be positive, as indicated by the plus sign
PLS HELP VERY URGENT Q15
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An enzyme with Km value of 15.75 M and Vm is 30 micromole/L.min is used in a batch reactor. Calculate the time of reaction required for 88% substrate conversion where the initial substrate concentration was 160 M.
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Benzene is dissolved at a constant initial concentration of 350 mg/l and is contained within a landfill in leachate water above bottom liner of the landfill system. It starts to diffuse through the liner at time t = 0. Using Equation Ci (x,t) = Co erfc x/ 2(D*t)0.5 related narrative, and (error function table), calculate the concentration of benzene at its breakthrough location as it diffuses through a 1.5 meter thick liner (x=1.5 meters represents breakthrough location where liner fails of contaminant is released), after 50 years. Assume D = 10-5 m2/sec (diffusion coefficient in free standing water) and w = 0.7 (coefficient of tortuousity). Clearly present your assumptions and your value of erf, Select the answer range which best fits the answer you calculate. Group of answer choices 315 to 350 mg/l My answer is not in the range of any of the choices my answer. 215 to 314 mg/l 175 to 200 mg/l 370 to 400 mg/l
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(S208 2-), M In rate vs In [S208 2-] at constant [1-] In [S208 2-) Runs Reaction time, s Rate, M/s In rate Slope Intercept r2 value Rate order Rounded off Rate orders are typically whole numbers or fractions Runs Rate constant 1 2a 3 4 Average