Solve all parts otherwise I will downvote Part 1i See Periodic TableAn average copper penny minted in the 1960s contained about 3.000 g of copper. How much chalcopyrite had bemined to produce 100pennies?g CuFeS2Part 2How much chalcopyrite had to bemined to produce 100 pennies if reaction 1 had a percent yield of 70.00% and all other reaction stepshad yield of 100%?g CuFeS2Part 3How much chalcopyrite had be mined to produce 100 pennies if each reactions 1, 3, and 4 proceeded in 70.00% yield?g CuFeS2 Adaptive AssignmentQuestion"Native," or elemental copper can be found in nature, but most copper is mined as oxide or sulfide minerals. Chalcopyrite (CuFeS2) is one copper mineralthat can be converted to elemental copper in a series of chemical steps. Reacting chalcopyrite with oxygen at high temperature produces a mixture ofcopper sulfide and iron oxide. The iron oxide is separated from CuS by reaction with sand (SiO2). CuS is converted to Cu2S in the process and the Cu2S isburned in air to produce Cu and SO2:2CUFES, +30,→ 2CuS + 2FEO+2SO,2FEO+2S¡O,2FESIO32Cus → Cu,S+SCu,S+S+20, → 2Cu+2SO,

Given , 1 penny contains mass of copper= 3.000 g

"Native," or elemental copper can be found in nature, but most copper is mined as oxide or sulfide minerals. Chalcopyrite (CuFeS2) is one copper mineral that can be converted to elemental copper in a series of chemical steps. Reacting chalcopyrite with oxygen at high temperature produces a mixture of copper sulfide and iron axide. The iron oxide is separated from CuS by reaction with sand (SiO2). CuS is converted to Cu2S in the process and the Cu2S is burned in air to produce Cu and SO2: 2CUFES, +30, → 2CuS + 2FeO+2SO, 2FEO+2SIO, → 2FeSio,

"Native," or elemental copper can be found in nature, but most copper is mined as oxide or sulfide minerals. Chalcopyrite (CuFeS2) is one copper mineral that can be converted to elemental copper in a series of chemical steps. Reacting chalcopyrite with oxygen at high temperature produces a mixture of copper sulfide and iron axide. The iron oxide is separated from CuS by reaction with sand (SiO2). CuS is converted to Cu2S in the process and the Cu2S is burned in air to produce Cu and SO2: 2CUFES, +30, → 2CuS + 2FeO+2SO, 2FEO+2SIO, → 2FeSio,

Chemical Principles in the Laboratory

11th Edition

ISBN:9781305264434

Author:Emil Slowinski, Wayne C. Wolsey, Robert Rossi

Publisher:Emil Slowinski, Wayne C. Wolsey, Robert Rossi

Chapter6: Properties Of Hydrates

Section: Chapter Questions

Problem 1ASA: A student is given a sample of a pink manganese (II) chloride hydrate. She weighs the sample in a...

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