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Many chemical warfare maybe not the Joker’s venom from the Batman comics). In turn, these intermediates can damage DNA by what type of chemical reaction? reagents readily convert into reactive 3-membered ring intermediates (although Your answer O a. Elimination O b. SN1 Od. None of the above
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The incomplete question here is the whole question (“Chemical warfare may not poison the Joker from the Batman comics). In turn, these intermediates can damage DNA according to the type of chemical reaction? easily into 3-moment reactive intermediates (although your answer is a. Eliminate b.SN1 c.SN2 d.Not one of the above
SN2 is a bimolecular nucleation representative reaction and proceed with an intermediate compound. The nucleus attacks the electron-deficient electron (donate an electron to it) and replaces the previously attached electronegative group to form a highly reactive 3-moment intermediate ring in SN2 reactions. Although SN1 are non-molecular reagents and the reaction rate depends on one reagent. During WWI, Where the soldiers were killed with mustard gas, SN2 reaction was used.
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