C. Thermite welding is an exothermic reaction, which produces molten iron that permanently binds metals as it cools. The process does not require heat or electricity. Aluminum powder is simply mixed with ferric oxide powder. The reaction is accompanied by a release of heat, and produces aluminum oxide and molten iron. Write the balanced equation for the reaction. If 55.0 grams of aluminum powder is mixed with 75.0 grams of ferric oxide, which of the two substances is the limiting reagent? the excess reagent? How many grams of molten iron will be produced?

Chemistry: Matter and Change
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Chapter11: Stoichiometry
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C. Thermite welding is an exothermic reaction, which produces molten iron that permanently binds metals as it
cools. The process does not require heat or electricity. Aluminum powder is simply mixed with ferric oxide
powder. The reaction is accompanied by a release of heat, and produces aluminum oxide and molten iron.
Write the balanced equation for the reaction.
If 55.0 grams of aluminum powder is mixed with 75.0 grams of ferric oxide, which of the two
substances is the limiting reagent? the excess reagent? How many grams of molten iron will be produced?
Transcribed Image Text:C. Thermite welding is an exothermic reaction, which produces molten iron that permanently binds metals as it cools. The process does not require heat or electricity. Aluminum powder is simply mixed with ferric oxide powder. The reaction is accompanied by a release of heat, and produces aluminum oxide and molten iron. Write the balanced equation for the reaction. If 55.0 grams of aluminum powder is mixed with 75.0 grams of ferric oxide, which of the two substances is the limiting reagent? the excess reagent? How many grams of molten iron will be produced?
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