The reaction rate of the SN1 reaction change if the electrophile is switched from the tertiary electrophile to a secondary electrophile will decrease.
SN1 exhibits substitution, nucleophilicity, and monomolecular reaction, and is expressed by the expression rate = k [R-LG]. This means that the rate-determining step of the mechanism depends on the degradation of a single molecular species. Multi-step reactions include intermediates and multiple transition states (TS).
The SN1 reaction is a nucleophilic substitution reaction in which the nucleophile replaces the leaving group (similar to SN2). However, the SN1 reaction is a single molecule. The rate of this reaction depends on the concentration of only one reactant.
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Answer:1816.6 joules
Explanation:see the attached photo
will tell you the subshell type, so you are dealing with a d orbital.
ml will tell you the orientation of the orbital, there is no distinction between the orbitals so -1 doesnt specifically mean anything.
I am pretty sure that it is magnesium hydroxide. pls brainliest
