A. Give the product of the equation that is mixed with zeolite Na-X Cuso,.5H;0 + H,0 + Na-X B. The product on reaction A was put one test tube with the filtrate for sulfate test. Added some drops of HCl to acidify the solution, shake it to mix, and then add 3-5 drops of BaCl2 solution. A white precipitate (BasO4) indicates the presence of sulfate. Give the equation for this reaction c. A second portion of the reaction A will be used for a copper test. Add some drops of the ammonia solution and observe what happens. Copper forms blue Cu (OH)2 which will dissolve under formation of a deep-blue complex [Cu (NH3)4]2+. Write down the equation for the formation of the ammonia complex.

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Chapter1: Chemical Foundations
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Chamistry
A. Give the product of the equation that is mixed with zeolite Na-X
Cuso,.5H,0 + H,0 + Na-X
B. The product on reaction A was put one test tube with the filtrate for sulfate test. Added some
drops of HCl to acidify the solution, shake it to mix, and then add 3-5 drops of BaCl2 solution. A
white precipitate (BasO4) indicates the presence of sulfate. Give the equation for this reaction
c. A second portion of the reaction A will be used for a copper test. Add some drops of the
ammonia solution and observe what happens. Copper forms blue Cu (OH)2 which will
dissolve under formation of a deep-blue complex [Cu (NH3)4]2+. Write down the equation
for the formation of the ammonia complex.
Transcribed Image Text:A. Give the product of the equation that is mixed with zeolite Na-X Cuso,.5H,0 + H,0 + Na-X B. The product on reaction A was put one test tube with the filtrate for sulfate test. Added some drops of HCl to acidify the solution, shake it to mix, and then add 3-5 drops of BaCl2 solution. A white precipitate (BasO4) indicates the presence of sulfate. Give the equation for this reaction c. A second portion of the reaction A will be used for a copper test. Add some drops of the ammonia solution and observe what happens. Copper forms blue Cu (OH)2 which will dissolve under formation of a deep-blue complex [Cu (NH3)4]2+. Write down the equation for the formation of the ammonia complex.
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