Given the equation of reaction for methanol and is in equilibrium within a fixed volume tank. The direct reaction is exothermic. CO(g) + 2H2(g) ⇄ CH3OH(g) 1. a. Write down the phrase to establish equilibrium b. Calculate the equilibrium constant of the reaction when the following data were obtained after Reaching equilibrium at room temperature: [CO]= 6.0×10-2 M [H2] = 1.0×10-2 M [CH3OH] = 3.5×10-4 M 2. This reaction is as stated exothermic. Despite this you heat up at the beginning of the process The gas mixture. Why is it advisable to heat the reaction tank? 3. Write how the quantity of the product will be affected when one of the following disturbances occurs after arrival For the equilibrium state: 1. Cool the reaction vessel. 2. Reduce the volume of the reaction vessel. 3. Add a catalyst to the system. Explain your answers in each section. 4, . Will there be an increase or decrease in entropy during the direct response recorded above? Necrosis. 5. What is the sign of delta Go In the direct response? Is the reaction spontaneous, not spontaneous or is the sign of delta Go Depending on the temperature? Explain.
Given the equation of reaction for methanol and is in equilibrium within a fixed volume tank.
The direct reaction is exothermic.
CO(g) + 2H2(g) ⇄ CH3OH(g)
1. a. Write down the phrase to establish equilibrium
b. Calculate the equilibrium constant of the reaction when the following data were obtained after
Reaching equilibrium at room temperature:
[CO]= 6.0×10-2 M
[H2] = 1.0×10-2 M
[CH3OH] = 3.5×10-4 M
2. This reaction is as stated exothermic. Despite this you heat up at the beginning of the process
The gas mixture. Why is it advisable to heat the reaction tank?
3. Write how the quantity of the product will be affected when one of the following disturbances occurs after arrival
For the equilibrium state:
1. Cool the reaction vessel.
2. Reduce the volume of the reaction vessel.
3. Add a catalyst to the system.
Explain your answers in each section.
4, . Will there be an increase or decrease in entropy during the direct response recorded above? Necrosis.
5. What is the sign of delta Go In the direct response? Is the reaction spontaneous, not spontaneous or is the sign of delta Go Depending on the temperature? Explain.
Step by step
Solved in 5 steps
