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In a second exercise, the same initial amounts of reactants are mixed at 600 K in a well-insulated container of the same size - VCE - SSCE Chemistry - Question 20 - 2002 - Paper 1
Question 20
In a second exercise, the same initial amounts of reactants are mixed at 600 K in a well-insulated container of the same size. In this case, the amount of sulfur tr... show full transcript
Worked Solution & Example Answer:In a second exercise, the same initial amounts of reactants are mixed at 600 K in a well-insulated container of the same size - VCE - SSCE Chemistry - Question 20 - 2002 - Paper 1
Step 1
less than the amount produced in the previous exercise.
Answer
To determine the amount of sulfur trioxide (SO₃) at equilibrium in this second exercise, we must consider the reaction conditions and their effects on the equilibrium position.
At 600 K, the equilibrium position may shift based on the initial concentrations of reactants and the temperature. If it is assumed that the previous exercise reached a certain equilibrium at a different temperature, then the current conditions could influence the quantity of SO₃ produced. Given that the situation is described as a well-insulated system, the thermal energy exchange is minimized.
If the previous exercise produced a certain amount of SO₃ under different conditions, it is likely that at 600 K, the equilibrium will favor the formation of reactants over products, assuming behavior consistent with Le Châtelier's Principle or a temperature-dependent equilibrium constant.
Thus, without further information, the conclusion is that the amount of sulfur trioxide present would be less than the amount produced in the previous exercise.