Related FAQs

• Élimination mechanism
• Confirm whether the following theory would work for the elimination of a para-hydroxy group from a phenol or benzene ring: converting the parahydroxy oh group to an o via dehydration via sulfuric acid hydrolysis following by hydrogenation by adding zinc dust to the mixture to release h2 effectively eliminating the para-hydroxy altogether?
• Confirm whether the following theory would work for the elimination of a para-hydroxy group from a phenol or benzene ring: converting the parahydroxy oh group to an o via dehydration with hydroxhloric acid followed by hydrogenation by adding zinc dust to the mixture to release h2 effectively eliminating the para-hydroxy altogether?
• Confirm whether the following would work for elimination of a para-hydroxy group from a phenol or benzene ring: convert the para-hydroxy oh group to o via dehydration with HCL + reflux at boiling temp for 1 hr / mol of substaance followed by hydrogenation by adding zinc dust to the mixture for h2 eliminating the para-hydroxy? Provide Step-by-step with amounts and times.
• Élimination mechanism
• Confirm whether the following theory would work for the elimination of a para-hydroxy group from a phenol or benzene ring: converting the parahydroxy oh group to an o via dehydration via sulfuric acid hydrolysis following by hydrogenation by adding zinc dust to the mixture to release h2 effectively eliminating the para-hydroxy altogether?
• Confirm whether the following theory would work for the elimination of a para-hydroxy group from a phenol or benzene ring: converting the parahydroxy oh group to an o via dehydration with hydroxhloric acid followed by hydrogenation by adding zinc dust to the mixture to release h2 effectively eliminating the para-hydroxy altogether?
• Confirm whether the following would work for elimination of a para-hydroxy group from a phenol or benzene ring: convert the para-hydroxy oh group to o via dehydration with HCL + reflux at boiling temp for 1 hr / mol of substaance followed by hydrogenation by adding zinc dust to the mixture for h2 eliminating the para-hydroxy? Provide Step-by-step with amounts and times.