6. Draw the two organic products formed in the following reaction. HO Write a mechanism for the above process.
4) Draw the complete mechanism for the following reaction. (6 points) Remember that a mechanism uses curved arrows and shows all intermediates formed in the reaction as distinct steps OH HBr HO BY HO
7. Draw the reaction mechanism for the following reaction. HO MgBr then roton source (H3O)
draw the mechanism for all three Please draw the complete, detailed mechanism for the following reaction. OH H20 HOR OH H.0 -NH₂ H50 | ii | | 反 10min HO* + HOCH2CH3 COCH2CH3 OH
Draw a curved arrow mechanism for the following reaction. Ignore stereochemistry. HCI (cat) HO 6. (10 pt) Predict the major organic products of the reaction. Make sure the equation is balanced. Ignore stereochemistry. 1. KH (1 equiv) Br (1 equiv) (1 equiv) (1 equiv) + KBr + H2!
Draw the product and complete mechanism for each reaction Draw the product and complete mechanism for each reaction HO MsC IV. Py OH H2SO4 V. HO soc2 VI. Py
Draw the mechanism for the hydration reaction including arrow pushing and electrons H PO, HO
Draw the mechanism for the hydration reaction including arrow pushing and electrons H,SO HO
Draw mechanism of the pictured reaction. 6. Write out a reasonable mechanism to show how your acid catalyst (diphenylphosphoric aciod, represented below by H-A) and 1,4-benzene dimethanol react with with &-decalactone in the following reaction. (NOTE: this happens on the other side benzenedimethanol, and keeps happening on the groups every time a monomer is added). OH OH H-A catalyst HO
Draw a reasonable mechanism for this reaction: H-CI NH HO H-: но NH3