Open Odyssey, go to the Labs tab, find the Kinetics section and click on M3 Mechanism of a Reaction. Follow the instructions on the screen and click on all the available buttons.\ Each "hill" in the reaction coordinate diagram represents a step in the reaction mechanism. What is the chemical equation for each step?

COF2+H2O--

>C(OH)2F2,CO(OH)F+HF-CO_(2)+2HF

,\ Which step is the rate determining step? step 1 Compare the energies of the reactants in the very first frame (at the beginning) with that of the products in the very last frame (at the end). Is this reaction endothermic or exothermic?

Open Odyssey, go to the Labs tab, find the Kinetics section and click on M3 Mechanism of a Reaction. Follow the instructions on the screen and click on all the available buttons. Each "hill" in the reaction coordinate diagram represents a step in the reaction mechanism. What is the chemical equation for each step? COF2 + H2O >C(OH)2F2,CO(OH)F+HFCO2+2HF, Which step is the rate determining step? step 1 Compare the energies of the reactants in the very first frame (at the beginning) with that of the products in the very last frame (at the end). Is this reaction endothermic or exothermic