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Posted: Mon May 16, 2022 10:43 pm
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12 VI. 170 Points) a Consider the complete catalytic hydrogenation of the alikene shown below. How many product isomers do you expect? H.Pd This enantiomer Place an X" mark next to your answer there is only one that is correct). one two three four b. Which of the following potential energy diagrams describes best the reaction depicted to their left? Give your answer (A, B, C, or D) in the box provided. im M DUFA m B lo DUF im Answer с D
13 C. The bromination of propene proceeds more rapidly than that of ethene. Give the reason in the box Ethene Propene d. Protonation of hydrazine, H2N-NH2 generates the hydrazinium ion: HEN-NH2 Hydrazinium ion What is the hybridization of the respective two nitrogens? Enter sp, sp2, or sp3 into the respective boxes: Answer: H3N- -NH2 e. Draw the octet structure of P2: Р Р Use the line tool for bonds and colons as lone pairs as necessary
12 VI. 170 Points) a Consider the complete catalytic hydrogenation of the alikene shown below. How many product isomers do you expect? H.Pd This enantiomer Place an X" mark next to your answer there is only one that is correct). one two three four b. Which of the following potential energy diagrams describes best the reaction depicted to their left? Give your answer (A, B, C, or D) in the box provided. im M DUFA m B lo DUF im Answer с D
13 C. The bromination of propene proceeds more rapidly than that of ethene. Give the reason in the box Ethene Propene d. Protonation of hydrazine, H2N-NH2 generates the hydrazinium ion: HEN-NH2 Hydrazinium ion What is the hybridization of the respective two nitrogens? Enter sp, sp2, or sp3 into the respective boxes: Answer: H3N- -NH2 e. Draw the octet structure of P2: Р Р Use the line tool for bonds and colons as lone pairs as necessary