3. 6.54 The conversion of (CH3)3CI to (CH3)2 C= CH2 Can occurby either one-step or two-step mechanism, as shown inEquations (1] and (2].[1]+ I + H2O:[2]Slow+ H2O:PAssume Equation [2] represents an endothermíc reactionand that the product of the rate determining stephigher in energy than the reactants or produts,isDraw anLabei the axes, recatants and products for each Step,and the Ea and AH° for each stop. Label AHoverall.Draw the Structure for both transition States.energy dagram for this two-step reaction.

Two possible mechanisms for the conversion of (CH3)3I to (CH3)2C=CH2 has been provided.

3. 6.54 The conversion of (CH3)3 CI to (CH3)2 C=CH2 can occur by either one-step or two-step mechanism, as shown in Equations (1] and (2]. [1] HK HOE [2] Slow + H2O: HO H Assume Equation [2] represents an endothermic reaction and that the product of the rate determining step is higher in energy than the reactants or products, Draw cn energuy dagram for this two-step reaction. Label the axes, reactants and products for each Step, and the Ea and AHo for each stop. Label AH'overall. Oraw the Struchure for both transition States.

3. 6.54 The conversion of (CH3)3 CI to (CH3)2 C=CH2 can occur by either one-step or two-step mechanism, as shown in Equations (1] and (2]. [1] HK HOE [2] Slow + H2O: HO H Assume Equation [2] represents an endothermic reaction and that the product of the rate determining step is higher in energy than the reactants or products, Draw cn energuy dagram for this two-step reaction. Label the axes, reactants and products for each Step, and the Ea and AHo for each stop. Label AH'overall. Oraw the Struchure for both transition States.

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter4: Energy And Chemical Reactions

Section4.8: Measuring Reaction Enthalpies: Calorimetry

Problem 4.9PSP

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