TA-5. For each of these single displacement reactions: (1) Write a balanced molecular equation, including all physical states. Use the solubility rules provided on the Course Resources page. (2) Write a balanced total ionic equation, including all physical states and charges for individual ions. (3) Write a balanced net ionic equation, including all physical states and charges for individual ions. (4) State what is oxidized and briefly explain how you can tell. (5) State what is reduced and briefly explain how you can tell. а. barium and manganese(II) acetate

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7A-5. For each of these single displacement reactions:
(1)
Write a balanced molecular equation, including all physical states. Use the solubility rules
provided on the Course Resources page.
(2)
Write a balanced total ionic equation, including all physical states and charges for
individual ions.
(3)
Write a balanced net ionic equation, including all physical states and charges for
individual ions.
(4)
State what is oxidized and briefly explain how you can tell.
(5)
State what is reduced and briefly explain how you can tell.
а.
barium and manganese(Il) acetate
Transcribed Image Text:7A-5. For each of these single displacement reactions: (1) Write a balanced molecular equation, including all physical states. Use the solubility rules provided on the Course Resources page. (2) Write a balanced total ionic equation, including all physical states and charges for individual ions. (3) Write a balanced net ionic equation, including all physical states and charges for individual ions. (4) State what is oxidized and briefly explain how you can tell. (5) State what is reduced and briefly explain how you can tell. а. barium and manganese(Il) acetate
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