Column A 1. Sulfur trioxide

  1. For each situation, determine how the equilibrium will shift to relieve the stress on the system. 2SO2 (g) + O2 (g) ↔ 2SO3 (g)
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  2. Column A1. Sulfur trioxide gas (SO3) is removed from the system. 2. More Sulfur trioxide gas (SO3) is added to the system. 3.
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  3. Elemental sulfur can form sulfur trioxide when burned. When sulfur trioxide is dissolved in water, it yields sulfuric acid. The
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    2. Trevor asked by Trevor
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  4. Sulfur dioxide reacts with oxygen to form sulfur trioxide according to the equation2SO2(g) + O2(g) <-> 2SO3(g) Samples of sulfur
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    2. Autumn asked by Autumn
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  5. when sulfur is burned in the presence of oxygen, sulfur trioxide is produced. if 3.4 x 10^24 atoms of sulfur react, how many
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    2. Maggie asked by Maggie
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  6. sulfur trioxide gas dissociates into sulfer dioxide gas and oxygen gas at 1250 degrees C. In an experiment, 3.6 moles of sulfur
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  7. Calculate the density of sulfur trioxide gas at 35 degrees celsius and 715 torr pressure.I know that d=m/v = PM/RT. Im not sure
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    2. Hannah asked by Hannah
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  8. At 627ºC, sulfur dioxide and oxygen gases combine to form sulfur trioxide gas. At equilibrium, the concentrations for sulfur
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    2. dauntedorange asked by dauntedorange
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  9. The gas sulfur dioxide, SO2, oxidizes to form another gas, sulfur trioxide, SO3. How many oxygen atoms are present in 3.20 g of
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    2. b. asked by b.
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  10. 18. The reverse reaction of sulfur dioxide and oxygen forming sulfur trioxide would be the decomposition of sulfur trioxide to
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