The system, H2(g) + X2(g)
2HX(g) has a value of 24.4 for Kc. A system being studied in a 3.00 liter reactor was charged with 0.150 moles of H2, 0.150 moles of X2, and 0.600 moles of HX. A catalyst was introduced using a remote unit. Which statement below describes the situation? Hint: Be sure to find molarities of all reactants and products before calculating Q.
A) The reaction goes to the right, Q < K.
B) The reaction goes to the left, Q < K.
C) The reaction goes to the right, Q > K.
D) The reaction goes to the left, Q > K.
E) It is not possible to predict in which direction the system will travel as it reacts.
Correct Answer:
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Q34: The reaction, 2 SO3(g) Q35: Consider the following system, which is at Q36: Consider the following system, which is at Q37: Consider the following system, which is at![]()
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