Question: Error and improvement of testing water Content in Copper Sulfate Crystal using Electrog...
Question: Error and improvement of testing water Content in Copper Sulfate Crystal using Electrogravimetry
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Question: Error and improvement of testing water Content in Copper Sulfate Crystal using Electrog...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore...
Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a twostage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to kg solution...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
A solution of copper (II) sulfate (CuSO_4) in water is 11.00% copper (II) sulfate by mass....
A solution of copper (II) sulfate (CuSO_4) in water is 11.00% copper (II) sulfate by mass. Its density is 1.1186 g cm^3 at 20 degree c. Compute its molarity, mole fraction, and molality at this temperature. Molarity CuSO_4 = M Mole fraction CuSO_4 = Molality CuSO_4 = m.
A 0.551-g sample of hydrated copper(II) sulfate, CuSO4.xH2O, was heated carefully until it had changed completely...
A 0.551-g sample of hydrated copper(II) sulfate, CuSO4.xH2O, was heated carefully until it had changed completely to anydrous copper(II) sulfate (CuSO4) with a mass of 0.308 g. Determine the value of x. [This number is called the number of waters of hydration of copper(II) sulfate. It specifies the number of water molecules per formula unit of copper(II) sulfate in the hydrated crystal.
Question 2 3 pts A 15.0 g sample of hydrated copper sulfate was heated to dryness...
Question 2 3 pts A 15.0 g sample of hydrated copper sulfate was heated to dryness and the new mass measured to be 9.59 g. Calculate the percentage of water in the hydrated crystal with the correct number of significant figures. 63% 36.1% 36% 63.3% 45% Question 3 2 pts When correctly balanced, the coefficients for the following equation are: NH3(g) + _O2(g) → __NO(g) + __H20 (g) None of these. O 2, 2, 2,2 O 2,3,2,3 4,5,4,6 O 5,3,5,4
In the laboratory you are asked to make a 0.561 m copper(II) sulfate solution using 475...
In the laboratory you are asked to make a 0.561 m copper(II) sulfate solution using 475 grams of water. How many grams of copper(II) sulfate should you add? grams.
A 15.0 g sample of hydrated copper sulfate was heated to dryness and the new mass...
A 15.0 g sample of hydrated copper sulfate was heated to dryness and the new mass measured to be 9.59 g. Calculate the percentage of water in the hydrated crystal with the correct number of significant figures. A) 63% B) 63.3% C) 36.1% D) 45% E) 36%
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
Q2. Copper ores rich in ultra-soluble sulfate minerals are leached using water. Finely grounded solid copper ore with 1000 kg/h, contains 20% CuSO4 (copper sulfate) and 70 % insoluble solids (Feed, F). The rest 10 % is contaminants and ignore their existence in your calculations. (Take only copper sulfate (solute) and solid content of the Feed.) The leaching occurs in a two- stage, counter-current system using 3000 kg/h of water as pure solvent. The ratio of kg insoluble solid to...
A solution of copper (II) sulfate (CuSO_4) in water is 11.00% copper (II) sulfate by mass. Its density is 1.1186 g cm^3 at 20 degree c. Compute its molarity, mole fraction, and molality at this temperature. Molarity CuSO_4 = M Mole fraction CuSO_4 = Molality CuSO_4 = m.
Question 2 3 pts A 15.0 g sample of hydrated copper sulfate was heated to dryness and the new mass measured to be 9.59 g. Calculate the percentage of water in the hydrated crystal with the correct number of significant figures. 63% 36.1% 36% 63.3% 45% Question 3 2 pts When correctly balanced, the coefficients for the following equation are: NH3(g) + _O2(g) → __NO(g) + __H20 (g) None of these. O 2, 2, 2,2 O 2,3,2,3 4,5,4,6 O 5,3,5,4
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