Propose a curved-arrow mechanism for the reaction shown below: Mg. MgBr2 CH3 Use curved arrows to show movement of electron pairs, and draw structures for all important reaction intermediates. Be sure to show all lone pairs and nonzero formal charges :Br :

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**Propose a curved-arrow mechanism for the reaction shown below:**

![Chemical Reaction Diagram]

\[ \text{(Epoxide with O atom and Br anion)} \rightarrow \text{Epoxide ring opening with MgBr\(_2\)} \]

**Instructions:**
- Use curved arrows to show the movement of electron pairs.
- Draw structures for all important reaction intermediates.
- Be sure to show all lone pairs and nonzero formal charges.

In the diagram, the reaction involves an epoxide with a bromine anion. A curved arrow indicates the movement of electrons from the bromine to open the epoxide ring. The product is shown with magnesium bromide (\( \text{MgBr}_2 \)) as a by-product. The reaction illustrates the electron flow in the mechanism.
Transcribed Image Text:**Propose a curved-arrow mechanism for the reaction shown below:** ![Chemical Reaction Diagram] \[ \text{(Epoxide with O atom and Br anion)} \rightarrow \text{Epoxide ring opening with MgBr\(_2\)} \] **Instructions:** - Use curved arrows to show the movement of electron pairs. - Draw structures for all important reaction intermediates. - Be sure to show all lone pairs and nonzero formal charges. In the diagram, the reaction involves an epoxide with a bromine anion. A curved arrow indicates the movement of electrons from the bromine to open the epoxide ring. The product is shown with magnesium bromide (\( \text{MgBr}_2 \)) as a by-product. The reaction illustrates the electron flow in the mechanism.
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