In the reaction, CH₃O⁻ acts as a nucleophile, the phosphorus as an electrophilic center, and CH₃S as a leaving group. (Don't be concerned that phosphorus has more than an octet of electrons-that's allowed, and it's irrelevant to the problem.)
a. In the equation, draw the curved arrows for the process described.
b. In the box, draw the products of the reaction. Don't forget formal charges.

Question

In the reaction, CH₃O⁻ acts as a nucleophile, the phosphorus as an electrophilic center, and CH₃S as a leaving group. (Don't be concerned that phosphorus has more than an octet of electrons-that's allowed, and it's irrelevant to the problem.)

In the reaction, CH<sub>3</sub>O<sup>−</sup> acts as a nucleophile, the phosphorus as an electrophilic center, and CH<sub>3</sub>S as a leaving group. (Don't be concerned that phosphorus has more than an octet of electrons-that's allowed, and it's irrelevant to the problem.) a. In the equation, draw the curved arrows for the process described. b. In the box, draw the products of the reaction. Don't forget formal charges.

a. In the equation, draw the curved arrows for the process described.
b. In the box, draw the products of the reaction. Don't forget formal charges.

Quizplus · Accepted Answer

The Answer of In the reaction, CH₃O⁻ acts as a nucleophile, the phosphorus as an electrophilic center, and CH₃S as a leaving group. (Don't be concerned that phosphorus has more than an octet of electrons-that's allowed, and it's irrelevant to the problem.) a. In the equation, draw the curved arrows for the process described. b. In the box, draw the products of the reaction. Don't forget formal charges.

In the Reaction, CH3O− Acts as a Nucleophile, the Phosphorus

In the Reaction, CH₃O⁻ Acts as a Nucleophile, the Phosphorus