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Chemistry, 23.10.2019 19:20, darianhaynes
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 diffusionâcontrolled limit are said to have achieved catalytic perfection. what is the diffusionâcontrolled limit in an aqueous solution? 107 to 108 mâ s 10â9 to 10â8 mâ1sâ1 10â6 to 10â5 m 108 to 109 m/s 109 to 1010 mâ sâ1 108 to 109 mâ1sâ1 10â7 to 10â9 mâ1sâ1
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Chemistry, 21.06.2019 16:30, lil3114
Imagine that you own a property that is exactly 2.2 acres large. you want to sell your property, but your realtor tells you that you cannot sell your land by the acre. in order to sell your land you need to determine the area you own in units of square meters? given that there are 1.6 kilometers in 1 mile and 640 acres in 1 square mile, what is the area of land that you own in square meters square meters?
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The rate equation for the second-order reaction of an enzyme (e) and its substrate (s) is = where i...
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