• When a mechanism has been investigated in detail, it can be understood on many levels of differing detail. • An additional detail about addition of hydrogen halides to alkenes in non-polar solvents is that additional molecules of hydrogen halide assist the rate-determining proton transfer by hydrogen-bond solvation of the halide ion. • What kinetic order is HI (the value of "x" in the equation below) would HI addition to propene exhibit according to the mechanism above? The predicted kinetic order in HI is . (an integer)

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okpalawalter8 okpalawalter8 · Answer 1 · 2020-06-18T04:54:37+02:00

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Answer:

The kinetic order in HI is x= 2

Explanation:

Generally the slow step in a reaction mechanism is the rate determining step

Now with this knowledge at the back of our minds we can see that the number of moles of HI i s 2 which implies that the order of HI is 2m

So we can represent the rate law as

[tex]Rate = k [CH_3 CHCH_2][HI]^2[/tex]

hence

x = 2

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