EXAM PROBLEM #5 Situation: Here is a molecular equation: 3 C…

Questions

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

EXAM PROBLEM #5 Situаtiоn: Here is а mоleculаr equatiоn: 3 Cu (s)  +  2 Au(ClO3)3 (aq)   -->   2 Au(s)  +  3 Cu(ClO3)2 (aq) Instructions and Questions: (1)   Write the answers to these two questions on your "work" page.  Label them both with the question number (#5) and which part they are (A or B). A.   Write the balanced total ionic equation for the reaction shown above. B.   Write the balanced net ionic equation for the reaction shown above. (2)   Type the answers to these two questions on your "work" page.  Label them both with which part they are (C or D). C.   What is oxidized in this reaction?  How can you tell?  Be specific. D.   What is reduced in this reaction?  How can you tell?  Be specific.

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