Draw the structure of the expected organic product(s) formed in the following reactions including correct stereochemistry. If the product is racemic write racemic or draw both isomers. Assume all reagents listed are present in excess unless otherwise noted. If no reaction occurs, state "No Reaction''.

Provide an IUPAC name for the structure shown. wireframe + labels (Use cis/trans tèrms for cyclic structures. Do not specify stereochemistry in other cases. It is not necessary to use italic in writing compound names.) Name:

Curved arrows are used to illustrate the flow of electrons. Use the reaction conditions provided and follow the curved arrows to draw the intermediate and product of this reaction or mechanistic step(s). Include all lone pairs and charges as appropriate. Use wedges and dashes to indicate stereochemistry. Ignore inorganic byproducts.

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What type of alkene is Compound X? (Use all reaction information to solve for Compound X's structure.)

please help with the following OChem question 1. Provide the bond line structures and the IUPAC names for the major organic products formed in each step of the following reaction scheme (see attached image)

Draw the structure of the expected organic product(s) formed in the following reactions including correct stereochemistry. If the product is racemic, write racemic or draw both isomers. Assume all reagents listed are present in excess unless otherwise noted. If no reaction occurs, state "no reaction".

Provide the systematic name for each of the following isomeric esters with the chemical formula C-H1202. (Be sure to indicate double bond stereochemistry using (E)/(Z) notation. Indicate stereochemistry in rings with the terms cis or trans. It is not necessary to use italics in writing compound names.) ball & stick labels ball & stick labels ball & stick + labels

The rate law for addition of Br2Br2 to an alkene is first order in Br2Br2 and first order in the alkene. Does this information suggest that the mechanism of addition of Br2Br2 to an alkene proceeds in the same manner as for addition of HBr? Explain.

Determine the number of carbons present in the compound based on the base name. Draw the carbon chain and include any double or triple bonds if indicated in the suffix of the base name. Number each carbon. The carbons can be numbered from left to right or right to left. Draw any substituents on the corresponding carbon atom for which is indicated in the name. Refer to Figures 4 and 5 in the background for a visual representation of numbered carbons with corresponding substituents. Check that each carbon atom has a total of 4 bonds.