The given problem, based on the concepts of epoxide ring opening by nucleophile, follows second order nucleophilic substitution reaction.
The three-membered cyclic ring contains two hybridized carbon atoms and one hybridized oxygen atom that moiety is represented as epoxide. Epoxides are also known as cyclic ethers. The opening of epoxide follows attack. It depends on the type of nucleophile present.
In the presence of a weak nucleophile, the nucleophile attacks epoxide on a more substituted site, and follows an type reaction.
Example:
In the presence of a strong nucleophile, the nucleophile attacks epoxide on a less substituted site, and follows a type reaction.
Example:
The structural formula of the major organic product is as follows:
Draw the major product formed when HBr reacts with the following epoxide. Use wedge/dash bonds, including H's at each...
Draw the major product formed when HBr reacts with the following epoxide. Use wedge/dash bonds, including H\'s at each stereogenic center, to show the stereochemistry of the product.
Draw the major product formed when the following epoxide reacts with aqueous acid. Use wedge/dash bonds, including H\'s at each stereogenic center, to show the stereochemistry of the product.
Draw the major product formed when the following epoxide reacts with methanol in the presence of sulfuric acid. Use wedge/dash bonds, including H\'s at each stereogenic center, to show the stereochemistry of the product.
Draw the major product formed when the following epoxide reacts with aqueous acid. Use wedge/dash bonds to show the stereochemistry of the product. Draw the major product formed when the following epoxide reacts with aqueous acid. Use wedge/dash bonds to show the stereochemistry of the product.
Draw the major product formed when the following epoxide reacts with methanol in the presence of sulfuric acid. Use wedge/dash bonds, including H\'s at each stereogenic center, to show the stereochemistry of the product.
Draw the major product formed when HBr reacts with the following epoxide. Draw the major product formed when HBr reacts with the following epoxide.
Draw the major product formed in the following reaction. Use wedge/dash bonds to show stereochemistry of the chirality center in the product.
Draw the major product formed in the following reaction. Use wedge/dash bonds to show the stereochemistry of the chirality center in the product.
Draw the major organic product of the reaction. Indicate the stereochemistry via wedge/dash bonds, including explicit H and D atoms, at the stereogenic center. Omit byproducts such as salts or methanol. NaOCH3 CH3OH
I am getting wrong Draw the major product formed when HBr reacts with the following epoxide.