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draw the correct organic product of the oxidation reaction shown: the starting material is a 6 carbon ring with one substituent, c h 2 o h. this reacts with k 2 c r 2 o 7 in sulfuric acid and distillation or using p c c in dichloromethane at 25 degrees celsius.
draw the correct organic product of the oxidation reaction shown: the starting material is a 6 carbon ring with one substituent, c h 2 o h. this reacts with k 2 c r 2 o 7 in sulfuric acid and distillation or using p c c in dichloromethane at 25 degrees celsius.
Theoxidationreaction you described involves a 6 carbon ring with one substituent, CH2OH, reacting with either K2Cr2O7 in sulfuric acid and distillation or PCC in dichloromethane at 25 degrees Celsius.When using K2Cr2O7 in sulfuric acid and distillation, theCH2OHgroup on the 6 carbon ring is oxidized to a carbonyl group (C=O), forming an aldehyde. The carbon ring remains intact. The final product is a 6 carbon ring with an aldehyde group. When using PCC indichloromethane, the CH2OH group is also oxidized to a carbonyl group, but this time it forms a ketone. Again, the carbon ring remains unchanged. The resulting product is a 6 carbon ring with a ketone group.To summarize:1. If you use K2Cr2O7 in sulfuric acid anddistillation, the product is a 6 carbon ring with an aldehyde group.2. If you use PCC in dichloromethane, the product is a 6 carbon ring with a ketone group.Remember to consider the specific reagents and conditions given in the question when determining the correct organic product of an oxidation reaction.To know more aboutoxidationvisit :-brainly.com/question/13182308#SPJ11...