30.0mL of 0.250M AGNO3 is combined with 30.0mL of 0.150M Na2CO3 forming a precipitate. a) Write the balanced chemical equation. c) What is the theoretical mass of precipitate that should form? A student prepares a supersaturated solution by dissolving 60.0 g of ammonium chloride, NH4CI(s), in 100 g of water at 70 °C. She then gradually cools the solution to 50 °C. Finally, she adds a small seed crystal to the solution. Predict how much ammonium chloride crystallizes out of solution, leaving a saturated solution, explain your answer in words.
30.0mL of 0.250M AGNO3 is combined with 30.0mL of 0.150M Na2CO3 forming a precipitate. a) Write the balanced chemical equation. c) What is the theoretical mass of precipitate that should form? A student prepares a supersaturated solution by dissolving 60.0 g of ammonium chloride, NH4CI(s), in 100 g of water at 70 °C. She then gradually cools the solution to 50 °C. Finally, she adds a small seed crystal to the solution. Predict how much ammonium chloride crystallizes out of solution, leaving a saturated solution, explain your answer in words.
Chemistry by OpenStax (2015-05-04)
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Chapter11: Solutions And Colloids
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30.0mL of 0.250M AGNO3 is combined with 30.0mL of 0.150M Na2CO3 forming a precipitate. a) Write
the balanced chemical equation.
c) What is the theoretical mass of precipitate that should form?
A student prepares a supersaturated solution by dissolving 60.0 g of ammonium chloride, NH4CI(s), in
100 g of water at 70 °C. She then gradually cools the solution to 50 °C. Finally, she adds a small seed
crystal to the solution. Predict how much ammonium chloride crystallizes out of solution, leaving a
saturated solution, explain your answer in words.
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