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Isomerization of Hydrocarbons Is Important in the Refining of Petroleum

Question 43

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Isomerization of hydrocarbons is important in the refining of petroleum. A simple example is that of butane, which has only two isomers: Isomerization of hydrocarbons is important in the refining of petroleum. A simple example is that of butane, which has only two isomers:     Which of the following statements is most correct? A)  At standard temperatures, n-butane is the preferred isomer. B)  At temperatures less than 450, n-butane is the preferred isomer. C)  At temperatures greater than 450ºK, n-butane is the preferred isomer. D)  At ambient temperatures, a sample of n-butane and isobutene which was at equilibrium would contain barely any butane. E)  A 1:1 mixture of butane and isobutane is at equilibrium at room temperature. Isomerization of hydrocarbons is important in the refining of petroleum. A simple example is that of butane, which has only two isomers:     Which of the following statements is most correct? A)  At standard temperatures, n-butane is the preferred isomer. B)  At temperatures less than 450, n-butane is the preferred isomer. C)  At temperatures greater than 450ºK, n-butane is the preferred isomer. D)  At ambient temperatures, a sample of n-butane and isobutene which was at equilibrium would contain barely any butane. E)  A 1:1 mixture of butane and isobutane is at equilibrium at room temperature. Which of the following statements is most correct?


A) At standard temperatures, n-butane is the preferred isomer.
B) At temperatures less than 450, n-butane is the preferred isomer.
C) At temperatures greater than 450ºK, n-butane is the preferred isomer.
D) At ambient temperatures, a sample of n-butane and isobutene which was at equilibrium would contain barely any butane.
E) A 1:1 mixture of butane and isobutane is at equilibrium at room temperature.

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