Butenes, such as 1-butene undergo isomerization in the presence of a catalyst to form isobutene according to the equation: 1-butene isobutene The equilibria were studied in the gas phase at high temperatures (Petroleum Chemistry. 2001, 41, 144-148). The equilibrium constant for the isomerization of 1- butene to isobutene at 555 °C is K= 0.80. A mixture of 1-butene (P= 1.65 bar) and isobutene (P= 2.58 bar) were placed in a vessel at 555 °C and were allowed to come to equilibrium.
Butenes, such as 1-butene undergo isomerization in the presence of a catalyst to form isobutene according to the equation: 1-butene isobutene The equilibria were studied in the gas phase at high temperatures (Petroleum Chemistry. 2001, 41, 144-148). The equilibrium constant for the isomerization of 1- butene to isobutene at 555 °C is K= 0.80. A mixture of 1-butene (P= 1.65 bar) and isobutene (P= 2.58 bar) were placed in a vessel at 555 °C and were allowed to come to equilibrium.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter12: Chemical Equilibrium
Section: Chapter Questions
Problem 56QRT
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Question
![Which of the following statements below is true?
O Q= 0.640, therefore, the reaction will shift to make more 1-butene to reach equilibrium.
O Q= 0.891, therefore the reaction is at equilibrium and will not proceed in either direction.
O Q= 1.58, therefore, the reaction will shift to make more 1-butene to reach equilibrium.
O Q= 0.640, therefore, the reaction will shift to make more isobutene to reach equilibrium.
O Q= 1.56, therefore the reaction will shift to make more isobutene to reach equilibrium.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fef61fcdb-0908-45cf-a63d-8c36aec1bf54%2F1b2a677a-fd9e-40d1-b757-5f49b1366694%2F0p63lx7_processed.png&w=3840&q=75)
Transcribed Image Text:Which of the following statements below is true?
O Q= 0.640, therefore, the reaction will shift to make more 1-butene to reach equilibrium.
O Q= 0.891, therefore the reaction is at equilibrium and will not proceed in either direction.
O Q= 1.58, therefore, the reaction will shift to make more 1-butene to reach equilibrium.
O Q= 0.640, therefore, the reaction will shift to make more isobutene to reach equilibrium.
O Q= 1.56, therefore the reaction will shift to make more isobutene to reach equilibrium.
![Butenes, such as 1-butene undergo isomerization in the presence of a catalyst to
form isobutene according to the equation:
1-butene
isobutene
The equilibria were studied in the gas phase at high temperatures (Petroleum
Chemistry. 2001. 41, 144-148). The equilibrium constant for the isomerization of 1-
butene to isobutene at 555 °C is K= 0.89.
A mixture of 1-butene (P= 1.65 bar) and isobutene (P = 2.58 bar) were placed in a
vessel at 555 °C and were allowed to come to equilibrium.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fef61fcdb-0908-45cf-a63d-8c36aec1bf54%2F1b2a677a-fd9e-40d1-b757-5f49b1366694%2Fa7vpdgp_processed.png&w=3840&q=75)
Transcribed Image Text:Butenes, such as 1-butene undergo isomerization in the presence of a catalyst to
form isobutene according to the equation:
1-butene
isobutene
The equilibria were studied in the gas phase at high temperatures (Petroleum
Chemistry. 2001. 41, 144-148). The equilibrium constant for the isomerization of 1-
butene to isobutene at 555 °C is K= 0.89.
A mixture of 1-butene (P= 1.65 bar) and isobutene (P = 2.58 bar) were placed in a
vessel at 555 °C and were allowed to come to equilibrium.
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