Answered

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Which change to this process would shift the equilibrium to produce the
maximum possible amount of S03?
2502 +02 2503 + energy
A. Increasing the temperature
B. Decreasing the pressure
C. Removing the O2 as it forms
D. Removing the SO3 as it forms

Sagot :

j122223
I think the answer is c

The change which shift the equilibrium to produce the maximum possible amount of SO₃ is decreasing the temperature.

What is equilibrium principle?

According to this principle if any external stress is applied in the equilibrium state then equilibrium will shift towards that side where the external stress will decreases.

In the given chemical equation energy is releases in the form of heat, then in this condition:

  • Increase in temp will shift the reaction towards the reactant side.
  • Decreasing the pressure will also lead to the decrease in the temperature and in this condition reaction will shift towards product side and will increases the amount of SO₃.
  • Removing the oxygen and SO₃ will not help in increasing the amount of SO₃.

Hence decreasing the temperature will produce maximum SO₃.

To know more about equilibrium law, visit the below link:

https://brainly.com/question/13414142

#SPJ2

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