View Module 9 Quiz Practice Problems Answers pdf from CHEM 1211 at University of North Georgia Dahlonega Module 9 Quiz Keep in mind that you will use the I S E E method to compete these problems
Get PriceThe following equations show the copper dissolution of chalcopyrite Equation 2 and bornite Equation 3 For a 4000 L solution such a flow rate yields 328 Kg O 2 per metric ton concentrate over a period of an hour which would provide an excess amount of O 2 to react ferrous chloride to ferric chloride The amount of HCl required to assist
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Get PriceProblem 12 10 points Bornite CuFeS 3 s is a copper or used in the production of copper The following reaction If 2 5 metric tons of bornite is reacted with excess oxygen and a process has an 86 3% yield of copper how much copper is produced 2CuFeS 3 s 7O 2 g 6Cu s 2FeO s 6SO2 g
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Get PriceAnother estimate gives a total production of 60 000 tons of metallic zinc over this period The Rasaratna Samuccaya written in approximately the 14th century AD mentions two types of zinc containing ores; one used for metal extraction and another used for medicinal purposes
Get PriceBornite Cu 3 FeS 3 is a copper ore used in the production of copper When heated the following reaction occurs 2Cu 3 FeS 3 s 7O 2 g → 6Cu s 2FeO s 6SO 2 g If 2 50 metric tons of bornite is reacted with excess O 2 and the process has an 86 3% yield of copper how much copper is produced Answer This problem has been solved
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Get PriceVolcanogenic Massive Sulfide Occurrence Model 1 Scientific Investigations Report 2024 5070 C U S Department of the Interior U S Geological Survey Volcanogenic Massive Sulfide Occurrence Model SEA LEVEL Back arc basin Island arc Mid ocean ridge Oceanic intraplate volcanoes Continental margin arc Continental rift/back arc basin Subducting slab Continental lithosphere Mantle plume
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Get PriceThe mass of bornite is 3 88 metric tons The percent yield of copper is 75 6 % The given reaction is shown below 2Cu3FeS3 s 7O2 g →6Cu s 2FeO s 6SO2 g 2 C u 3 F e S 3 s 7 O 2 g → 6 C
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Get PriceFind step by step Chemistry solutions and your answer to the following textbook question Bornite $$ left mathrm { Cu } { 3 } mathrm { FeS } { 3 } right $$ is a copper ore used in the production of copper When heated the following reaction occurs $$ 2 mathrm { Cu } { 3 } mathrm { FeS } { 3 } s 7 mathrm { O } { 2 } g longrightarrow 6 mathrm { Cu } s 2
Get Pricewhen heated the following reaction occurs 2cu3fes3 s 7o2 g → 6cu s 2feo s 6so2 g substance molecular mass g / mol cu3fes3 342 71 o2 32 00 cu 63 55 feo 71 85 so2 64 07 if 2 50 metric tons of bornite react with an excess of gaseous oxygen and the process has an 86 3% yield of copper cu [1 metric ton tm = 1 000 kg] how much …
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Get PriceDec 1 2021In the reaction 2 S O 2 g O 2 g ⇌ 2 S O 3 g X c a l most favourable conditions of temperature and pressure for greater yield of S O 2 are high pressure and low temperature 6 SO2 g If 3 88 metric tons of bornite is reacted with excess O2 and the process has an 75 6% yield A the pressure The rate of the exothermic reaction
Get PriceThe ore material mined at the Copper Mountain Mine is characterized as a copper gold porphyritic deposit where the primary mineral associations are silver Ag rich bornite chalcopyrite zones and gold Au rich chalcopyrite pyrite magnetite zones Stanley and others 1996 Elemental analysis of the intrusive stocks mined at Copper Mountain
Get Price28 An element consists of 1 40% of an isotope with mass 203 973 u 24 10% of an isotope with mass 205 9745 u 22 10% of an isotope with mass 206 9759 u and 52 40% of an isotope with mass 207 9766 u Calculate the average atomic mass and identify the element 29
Get PriceMethods and systems for removing copper minerals from a molybdenite concentrate One embodiment provides leaching copper from the molybdenite concentrate with a leaching solution comprising ferric chloride removing molybdenite from the leaching solution introducing an acid into the leaching solution and introducing O 2 O 3 or a combination of both into the leaching solution
Get Price12 Bornite CuFeS 3 s is a copper or used in the production of copper The following reaction If 2 5 metric tons of bornite is reacted with excess oxygen and a process has an 86 3% yield of copper how much copper is produced 2CuFeS 3 s 7O 2 g 6Cu s 2FeO s 6SO2 g
Get PriceBornite Cu 3 FeS 3 is a copper ore used in the production of copper When heated the following reaction occurs If 2 50 metric tons of bornite is reacted with excess O 2 and the process has an 86 3% yield of copper how much copper is produced Step by step solution 100% 14 ratings for this solution Step 1 of 3
Get PriceA frequently used method is the blue fining with potassium hexacyanoferrate II which forms an insoluble complex with copper ions The remaining cyanides react with the existing iron to insoluble compounds and precipitate In case of an iron deficiency an excess of highly toxic cyanides remains in the wine making it commercially unsalable
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Get PriceBornite Cu 3 FeS 3 is an ore that when reacted with oxygen will yield iron II oxide sulfur dioxide and copper If the process has a 75 5% yield how many metric tons of copper are produced from the reaction between excess oxygen and 5 25 metric tons of bornite 1 metric ton = 1000 kg 11B
Get PriceCopper is a chemical element with the symbol Cu from Latin cuprum and atomic number 29 It is a soft malleable and ductile metal with very high thermal and electrical conductivity A freshly exposed surface of pure copper has a pinkish orange color Copper is used as a conductor of heat and electricity as a building material and as a constituent of various metal alloys such as sterling
Get Pricebornite Cu3FeS3 is copper ore used in the production of copper when heated the following reaction occurs 2CuFeS3 s 7oxygen g =6Cu s 2FeO s 6SO2 g IF 3 88 metric tons of bornite is reacted with excess oxygen and the process has 75 6 percent yield of Chemistry
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