draw the major product as a planar projection (not chair conformation) for the e2 reaction shown. do not include stereochemical configurations for the chirality centers. the starting material is drawn in the chair conformation. carbon 1 is pointing up and has an equatorial bond to chloride and an axial bond to hydrogen. moving counterclockwise, carbon 2 has an axial bond to hydrogen and equatorial bond to isopropyl. carbon 5 has an equatorial bond to methyl and axial bond to hydrogen. the remaining carbons are each bonded to two hydrogens. this reacts with hydroxide in d m s o to give the product. draw the product.



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