6. Arsenic can be extracted from its ores by first reacting the ore with oxygen, (called roasting), to form solid As O6, which is then reduced using carbon. As,06(s) + 6 C(s) As4(g) + 6 CO(g) 69, Predict the direction of the shift of the equilibrium position in response to each of the following changes in conditions: a) addition of CO(g) b) addition or removal of carbon or arsenic (III) oxide, As 06 c) removal of gaseous arsenic, As4(g)

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6. Arsenic can be extracted from its ores by first
reacting the ore with oxygen, (called roasting),
to form solid As¸O6, which is then reduced
using carbon.
As,06(s) + 6 C(s) As4(g) + 6 CO(g)
Predict the direction of the shift of the
equilibrium position in response to each of the
following changes in conditions:
a) addition of CO(g)
b) addition or removal of carbon or
arsenic (III) oxide, As406
c) removal of gaseous arsenic, As4(g)
Transcribed Image Text:6. Arsenic can be extracted from its ores by first reacting the ore with oxygen, (called roasting), to form solid As¸O6, which is then reduced using carbon. As,06(s) + 6 C(s) As4(g) + 6 CO(g) Predict the direction of the shift of the equilibrium position in response to each of the following changes in conditions: a) addition of CO(g) b) addition or removal of carbon or arsenic (III) oxide, As406 c) removal of gaseous arsenic, As4(g)
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