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Copper is obtained from sulfide ores through a two-step process consisting of roasting the ore in the presence of oxygen and heating the resultant copper(1) oxide with powdered carbon. The overall reaction is as follows: 2Cu,S (s) + 302 (g) + 2C (s) → 2SO:(g) + 4Cu (s) + 2CO (g) Calculate the maximum yield of copper obtained from 1.60 kg of Cu2S. (Relative atomic mass: S, 32; O, 16; C, 12; Cu, 64) A. 0.26 kg B. 0.64 kg C. 0.96 kg D. 1.28 kg

Copper is obtained from sulfide ores through a two-step process consisting of roasting the ore in the presence of oxygen and heating the resultant copper(1) oxide with powdered carbon. The overall reaction is as follows: 2Cu,S (s) + 302 (g) + 2C (s) → 2SO:(g) + 4Cu (s) + 2CO (g) Calculate the maximum yield of copper obtained from 1.60 kg of Cu2S. (Relative atomic mass: S, 32; O, 16; C, 12; Cu, 64) A. 0.26 kg B. 0.64 kg C. 0.96 kg D. 1.28 kg

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter4: Stoichiometry
Section: Chapter Questions
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22. Copper is obtained from sulfide ores through a two-step process consisting of roasting the ore in the presence of oxygen and heating the resultant copper(I) oxide with powdered carbon. The overall reaction is as follows: 2Cu2S (s) + 302 (g) + 2C (s) → 2SO2(g)+ 4Cu (s) + 2CO (g) Calculate the maximum yield of copper obtained from 1.60 kg of Cu2S. (Relative atomic mass: S, 32; 0, 16; C, 12; Cu, 64) A. 0.26 kg В. 0.64 kg С. 0.96 kg D. 1.28 kg
Transcribed Image Text:22. Copper is obtained from sulfide ores through a two-step process consisting of roasting the ore in the presence of oxygen and heating the resultant copper(I) oxide with powdered carbon. The overall reaction is as follows: 2Cu2S (s) + 302 (g) + 2C (s) → 2SO2(g)+ 4Cu (s) + 2CO (g) Calculate the maximum yield of copper obtained from 1.60 kg of Cu2S. (Relative atomic mass: S, 32; 0, 16; C, 12; Cu, 64) A. 0.26 kg В. 0.64 kg С. 0.96 kg D. 1.28 kg
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