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![Transcribed Text:
(2,\mathrm{NO_2(g)} + \mathrm{F_2(g)} \rightarrow 2,\mathrm{NO_2F(g)})
It is proposed that the reaction represented above proceeds via the mechanism represented by the two elementary steps shown below.
Step I: (\mathrm{NO_2 + F_2 \rightarrow NO_2F + F}) (slow)
Step II: (\mathrm{NO_2 + F \rightleftharpoons NO_2F}) (fast reversible)
1.) Which of the following is the most likely rate law for this proposed mechanism?
(A) (\mathrm{rate = k[NO_2F][F]})
(B) (\mathrm{rate = k[NO_2]^2[F_2]})
(C) (\mathrm{rate = k[NO_2F]})
(D) (\mathrm{rate = k[NO_2][F]^2})](https://cdn.bsky.app/img/feed_fullsize/plain/did:plc:6iclal4dl656mhnbdsoggrst/bafkreiaz34edg43pbzf6a57wfcsps3ze2tujjtm55jbwcxy37d7ceq2jz4@jpeg)