Write the iCe table for the reaction and initial concentrations given in
(a) Exercise 14.29.
(b) Exercise 14.30.

Exercise 14.29

In an experiment, 4.95 mol CO₂, 0.050 mol CO, and 0.050 mol O₂ are placed in a 5.0-L reaction vessel at 1400 K. Calculate the reaction quotient, Q, for the following reaction:
If K_c for this reaction is 1.05 × 10-5, will the mixture form more CO or more CO₂, or is the system at equilibrium? Draw a number line and place Q and K_c in the appropriate places.
Exercise 14.30

The sulfur dioxide–oxygen–sulfur trioxide equilibrium is of interest to scientists who study acid rain.
The concentrations at the beginning of an experiment are [SO₂] = 0.015 M; [O₂] = 0.012 M; [SO₃] = 1.45 M; K_c = 5.0 = 106 at 700 K. Calculate the reaction quotient, Q, and draw a number line with Q and K_c in the appropriate places. Will the system form more SO₂ or more SO₃, or is the system at equilibrium?