The rate equation for the second-order reaction of an enzyme (e) and its substrate (s) is = where is the second-order rate constant, which can be used to compare catalytic efficiencies. enzymes with a near the diffusion‑controlled limit are said to have achieved catalytic perfection. what is the diffusion‑controlled limit in an aqueous solution? 107 to 108 m⋅s 10−9 to 10−8 m−1s−1 10–6 to 10–5 m 108 to 109 m/s 109 to 1010 m⋅s−1 108 to 109 m−1s−1 10−7 to 10−9 m−1s−1

Vi limitens. vastery test select the correct answer. which statement explains why large atoms are more reactive than small atoms? a. large atoms have valence electrons farther from the nucleus and lose them more readily. b. large atoms have greater ionization energy, which they can utilize during a reaction. c. large atoms have a greater number of electrons that they can lose during a reaction. d. large atoms have more energy levels, so they have more energy to pass on in a reaction. reset next