Question

Grignard Reaction Mechanism Add the curved arrows for each reaction step to complete the electron pushing mechanism for the following Grignard reaction. Use the \"arrow\" tool to draw electron pushing arrows. Once an arrow is drawn, if you need to extend it to the attached atom, just click once on the arrow that you drew. BrMg Step 1 MgBr Step 2 BrMg | Step 3 + $\Theta$ $OCH_3$ OH H$^\oplus$ OMgBr Step 4

          Grignard Reaction Mechanism
Add the curved arrows for each reaction step to complete the electron pushing mechanism for the
following Grignard reaction.
Use the \"arrow\" tool to draw electron pushing arrows. Once an arrow is drawn, if you need to extend it to
the attached atom, just click once on the arrow that you drew.
BrMg
Step 1
MgBr
Step 2
BrMg | Step 3
+ $\Theta$
$OCH_3$
OH
H$^\oplus$
OMgBr
Step 4

Grignard Reaction Mechanism
Add the curved arrows for each reaction step to complete the electron pushing mechanism for the
following Grignard reaction.
Use the ärrowẗool to draw electron pushing arrows. Once an arrow is drawn, if you need to extend it to
the attached atom, just click once on the arrow that you drew.
BrMg
Step 1
MgBr
Step 2
BrMg | Step 3
+ Θ
OCH3
OH
H^⊕
OMgBr
Step 4

Added by Domingo L.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Muhammad Ahsan

Step 1

This represents the donation of electron density from bromine to magnesium to form a new bond. Show more…

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Grignard Reaction Mechanism: Add the curved arrows for each reaction step to complete the electron pushing mechanism for the following Grignard reaction: Use the "arrow" tool to draw electron pushing arrows. Once an arrow is drawn, if you need to extend it to the attached atom, just click once on the arrow that you drew. Step 1: Br + Mg â†’ BrMg Step 2: BrMg + Br â†’ MgBr Step 3: MgBr + OH â†’ MgBrOH Step 4: MgBrOH + OCH3 â†’ OCH3MgBr