Many chemical warfare maybe not the Joker’s venom from the Batman comics). In turn, these intermediates can damage DNA by what type

Question

Many chemical agents, unlike the Joker's venom from the Batman comics, can lead to the formation of reactive intermediates that may damage DNA. In this context, what type of chemical reaction is involved in the conversion of these reagents into reactive three-membered ring intermediates? 
a. Elimination 
b. SN1 
c. SN2 
d. None of the above

Anonymous · Accepted Answer

The question is incomplete here is the complete question"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 a. Elimination b.SN1 c.SN2 d.None of the above (C) SN2Explanation:SN2 is a bimolecular nucleophilic substitution reaction and proceed with an intermediate compound. The nucleophile attacks the electron deficient carbon (donate electron to it) and replaces the previously attached electronegative group to create a highly reactive 3-membered intermediate ring in SN2 reactions. While SN1 are unimolecular reactions and the rate of reaction is dependent on only one reactant. Throughout WWI, Where the soldiers were killed by mustard gas, SN2 reaction was employed.

Anonymous · Answer

noexplanation: go away, people want answers, not to hook up

Millie Wiza III · Answer

Black round and partialy brown with little hairs that stick out, or a little creature that digs in the dirt that has wird pink whiskers in the front of its nose thats partily blind

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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

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