25. In order to determine the identity of an alkene, a chemist reacts it with water(dil.H, SO4, A). She then separates the product of this reaction into two equal amounts in container X and container Y. To container X, a strong oxidizing agent is added. The resulting product will react with a base to form a salt and water. When the new product in container X is mixed with container Y and H, SO̟ is added, the chemist is able to confirm that, ethyl ethanoate has been formed. The identity of the alkene is which of the following? А. D. H3C-CH2-CH=CH-CH2-CH3 В. Е. none of the above H3C-CH=CH, С. H2C=CH2

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25. In order to determine the identity of an alkene, a chemist reacts it with water(dilH, SO4, A). She then separates the
product of this reaction into two equal amounts in container X and container Y. To container X, a strong oxidizing
agent is added. The resulting product will react with a base to form a salt and water. When the new product in
container X is mixed with container Y and H, SO, is added, the chemist is able to confirm that, ethyl ethanoate
has been formed. The identity of the alkene is which of the following?
А.
D.
H3C-CH,-CH=CH-CH,-CH3
В.
Е.
H3C-CH=CH,
none of the above
С.
H2C=CH2
Transcribed Image Text:25. In order to determine the identity of an alkene, a chemist reacts it with water(dilH, SO4, A). She then separates the product of this reaction into two equal amounts in container X and container Y. To container X, a strong oxidizing agent is added. The resulting product will react with a base to form a salt and water. When the new product in container X is mixed with container Y and H, SO, is added, the chemist is able to confirm that, ethyl ethanoate has been formed. The identity of the alkene is which of the following? А. D. H3C-CH,-CH=CH-CH,-CH3 В. Е. H3C-CH=CH, none of the above С. H2C=CH2
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