please help me with question c and d only lodine, k, is reacted with cyclohexanone, CeH100, and the chemical equation is asfollowing:The reaction rate can be expressed as following:A[L,]K[H*][cyclohexanonejLTΔιrate -ChemicalsHCICyclohexanoneDistilled waterTriiodide,Initial concentration, M5x 1013x 1014 x 102Determine the concentrations of HCI, cyclohexanone, and triodide in this solution.ChemicalsVolume added,mL16Concentration in solution,MHCICyclohexanoneWaterTriiodide,Total volume,mL1812450The rate orders for H", CaH100, and , are 1, 1 and 0, respectively. The kinetic studies ofthe prepared solution are analyzed in two different temperatures, which are 30°C and40°C. Triiodide decolorized at 16 minutes and 10 minutes at reaction temperatures of30°C and 40°C, respectively.Calculate the concentrations of HCI, cyclohexanone, and triodide in the prepared solution.aCalculate the rates of reaction at 30°C and 40°C, respectively.Calculate the rate constants for reactions at 30°C and 40°C, respectively.Calculate the activation energy with Arrhenius equation. O°C = 273 K; gas constant, R = 8.314J/mol-K.dk, E, T, - T,InR( T,T,k,

The rate law is given to be: Rate=-∆[I3-]∆t=k[H+]1[cyclohexanone]1[I3-]0 ---(1)

lodine, k, is reacted with cyclohexanone, CeHi00, and the chemical equation is as following: The reaction rate can be expressed as following: A(I,1 At • K[H*I[cyclohexanone) [I, T rate Chemicals HCI Cyclohexanone Distilled water Triodide, Initial concentration, M 5x 101 3x 101 4x 102 Determine the concentrations of HCI, cyclohexanone, and triiodide in this solution. Chemicals Volume added, mL Concentration in solution, M HCI Cyclohexanone Water Triiodide, Total volume, mL 16 18 12 4 50 The rate orders for H", CaH100, and I, are 1, 1 and 0, respectively. The kinetic studies of the prepared solution are analyzed in two different temperatures, which are 30°C and 40°C. Triodide decolorized at 16 minutes and 10 minutes at reaction temperatures of 30°C and 40'C, respectively. Calculate the concentrations of HCI, cyclohexanone, and triodide in the prepared solution. a b Calculate the rates of reaction at 30"C and 40°C, respectively. Calculate the rate constants for reactions at 30°C and 40'C, respectively. d Calculate the activation energy with Arrhenius equation. O°C = 273 K; gas constant, R = 8.314 J/mol-K.

lodine, k, is reacted with cyclohexanone, CeHi00, and the chemical equation is as following: The reaction rate can be expressed as following: A(I,1 At • K[H*I[cyclohexanone) [I, T rate Chemicals HCI Cyclohexanone Distilled water Triodide, Initial concentration, M 5x 101 3x 101 4x 102 Determine the concentrations of HCI, cyclohexanone, and triiodide in this solution. Chemicals Volume added, mL Concentration in solution, M HCI Cyclohexanone Water Triiodide, Total volume, mL 16 18 12 4 50 The rate orders for H", CaH100, and I, are 1, 1 and 0, respectively. The kinetic studies of the prepared solution are analyzed in two different temperatures, which are 30°C and 40°C. Triodide decolorized at 16 minutes and 10 minutes at reaction temperatures of 30°C and 40'C, respectively. Calculate the concentrations of HCI, cyclohexanone, and triodide in the prepared solution. a b Calculate the rates of reaction at 30"C and 40°C, respectively. Calculate the rate constants for reactions at 30°C and 40'C, respectively. d Calculate the activation energy with Arrhenius equation. O°C = 273 K; gas constant, R = 8.314 J/mol-K.

Chemistry: Principles and Reactions

8th Edition

ISBN:9781305079373

Author:William L. Masterton, Cecile N. Hurley

Publisher:William L. Masterton, Cecile N. Hurley

Chapter11: Rate Of Reaction

Section: Chapter Questions

Problem 28QAP: Diethylhydrazine reacts with iodine according to the following equation: Â...

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