36. Solution to Chemistry Problem

3. Calculate the equilibrium constant of the reaction 2SO2(g)+O2(g)=2SO3(g)+Q if 2.16 moles of the starting materials were placed in a 6-liter reactor at a certain temperature, and by the time equilibrium was reached, 56% of the sulfur (IV) oxide had been consumed. How will the equilibrium of this reaction shift if
a) the pressure in the system is increased
b) the temperature is increased
c) the oxygen concentration is increased
d) the reaction product is removed?