Methane gas can be produced by the reaction of solid carbon with hydrogen gas as follows C(5) + 2 H2(g) + CHA (g) For this reaction at equilibrium, Kp = 0.38. A vessel containing carbon is sealed and injected initially with hydrogen to a pressure of 2.0 atm and with methane to a pressure of 2.0 atm. What happens as the reaction reaches equilibrium? Hint: this is a K vs Q question. Which way will the reaction proceed to reach equilibrium? O The partial pressure of hydrogen decreases. O The vessel explodes O The total pressure increases O The total pressure decreases O The mass of carbon decreases. The decomposition of nitric oxide to molecular nitrogen and oxygen, as shown in the following equation, occurs at high temperatures. When the reaction is at equilibrium, K.0.360.2NO(g)N2(g)02(g) If a sealed 1 L vessel is initially charged with 4.0 mol of NO gas, what is the concentration of NO at equilibrium? O [NO] = 1.12 M O (NO] = 1.82 M O [NO] = 2.22 M O NO = 1.54 M
Methane gas can be produced by the reaction of solid carbon with hydrogen gas as follows C(5) + 2 H2(g) + CHA (g) For this reaction at equilibrium, Kp = 0.38. A vessel containing carbon is sealed and injected initially with hydrogen to a pressure of 2.0 atm and with methane to a pressure of 2.0 atm. What happens as the reaction reaches equilibrium? Hint: this is a K vs Q question. Which way will the reaction proceed to reach equilibrium? O The partial pressure of hydrogen decreases. O The vessel explodes O The total pressure increases O The total pressure decreases O The mass of carbon decreases. The decomposition of nitric oxide to molecular nitrogen and oxygen, as shown in the following equation, occurs at high temperatures. When the reaction is at equilibrium, K.0.360.2NO(g)N2(g)02(g) If a sealed 1 L vessel is initially charged with 4.0 mol of NO gas, what is the concentration of NO at equilibrium? O [NO] = 1.12 M O (NO] = 1.82 M O [NO] = 2.22 M O NO = 1.54 M
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Methane gas can be produced by the reaction of solid carbon with hydrogen gas as follows
C(5) + 2 H2(g) + CHA (g)
For this reaction at equilibrium, Kp = 0.38.
A vessel containing carbon is sealed and injected initially with hydrogen to a pressure of 2.0 atm
and with methane to a pressure of 2.0 atm.
What happens as the reaction reaches equilibrium? Hint: this is a K vs Q question. Which way will
the reaction proceed to reach equilibrium?
O The partial pressure of hydrogen decreases.
O The vessel explodes
O The total pressure increases
O The total pressure decreases
O The mass of carbon decreases.
The decomposition of nitric oxide to molecular nitrogen and oxygen, as shown in the following
equation, occurs at high temperatures. When the reaction is at equilibrium, K.0.360.2NO(g)N2(g)02(g)
If a sealed 1 L vessel is initially charged with 4.0 mol of NO gas, what is the concentration of NO at
equilibrium?
O [NO] = 1.12 M
O (NO] = 1.82 M
O [NO] = 2.22 M
O NO = 1.54 M
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