2. Calculate the theoretical yield of potassium alum from 1.0000 g of aluminum, assuming that the aluminum is the limiting reagent. First, write the net reaction by adding the net ionic g equations that represent the four steps in the synthesis: 2 Al +2 OH + 6 HOH → 2 Al(OH)4¯ + 3 H2 2 Al(OH)4 + 2 H* → 2 Al(OH)3 +2 HOH 2 Al(OH)3 + 6 H* → 2 Al³* + 6 HOH 2 K* + 2 Al* + 4 SO42 + 24 HOH → 2 KAI(SO4)2 12 H20

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2. Calculate the theoretical yield of potassium alum from 1.0000 g of aluminum, assuming that
the aluminum is the limiting reagent. First, write the net reaction by adding the net ionic
1. Bring a
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equations that represent the four steps in the synthesis:
2 Al +2 OH + 6 HOH → 2 Al(OH)4¯ + 3 H2
2 Al(OH)4+2 H* →2 Al(OH)3 +2 HOH
2 Al(OH)3 + 6 H* → 2 Al³+ + 6 HOH
2 K* + 2 Al3+ + 4 SO2- + 24 HOH →2 KAI(SO4)2·12 H20
shot on moto g' power
Crystal H.
Transcribed Image Text:2. Calculate the theoretical yield of potassium alum from 1.0000 g of aluminum, assuming that the aluminum is the limiting reagent. First, write the net reaction by adding the net ionic 1. Bring a prefer. (There's more people to share.) equations that represent the four steps in the synthesis: 2 Al +2 OH + 6 HOH → 2 Al(OH)4¯ + 3 H2 2 Al(OH)4+2 H* →2 Al(OH)3 +2 HOH 2 Al(OH)3 + 6 H* → 2 Al³+ + 6 HOH 2 K* + 2 Al3+ + 4 SO2- + 24 HOH →2 KAI(SO4)2·12 H20 shot on moto g' power Crystal H.
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