consider the hypothetical two step reaction that us described by the followinf energy profile
page 5 pts Questions 32 -33 Consider the hypothetical two-step reaction that is described by the following energy profile first order rate law, rate k [A]: second order rate law, rate k [AlIB] Circle the k associated with the smallest energy of activation, Ea- A. k1 B. k2 c. k3 D. k4 33.Circle the order of magnitude for rate constant, k, from largest to smallest described by the energy profile Chapters 6-8 - Alkene Geometry Isomerism & Thermodynamic Stability 34 most thermodynamically stable double bond 35. most negative heat of CH3 CH3 CH3 substituent w highest ranked priority by Cahn-Ingold-Prelog rules _CHOM -CH2CH3 CO2H Which is the B. Cl Radical Mechanism Write the expected mechanism for this reaction. I began the initiation steps of the mechanism for you. Complete the mechanism by showing individual propagation steps in the reaction that lead to all the products formed using curve arrows and indicating all formal charges where appropriate. Show all resonance contributors, if any, for each intermediate that is formed.Draw any needed resonance structures in the mechanism. Use curved arrows to show the flow of electrons CH ROOR 2 RO. initiation H-Br Ro. Br ROH
