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Based on the following equation, determine how many g of Magnesium Phosphate will be prod you begin with 65g of Phosphoric acid and 72g Magnesium Hydroxide. 1. H3PO4+ Mg(OH)2 à _Mg3(PO4)2+ _H2O 2. In the equation in #1 which is the Limiting Reagent? 3. In the equation in #1 how much (g) of the Excess Reagent is left over? Based on the following equation, determine which reactant is the limiting reagent if you have 72.5g of Phosphoric Acid reacting with 184.2g of Potassium Hydroxide. 4. _H3PO4+ КОН а K3PO4+ _H2O 5. In the reaction in #4, how many grams of the excess reagent is left over? 6. In the reaction in #4, how many grams of Potassium Phosphate are produced if you have a 91% yield? 7. In the reaction in #4, calculate the percent yield of water if you produced 5.67g of water.

Based on the following equation, determine how many g of Magnesium Phosphate will be prod you begin with 65g of Phosphoric acid and 72g Magnesium Hydroxide. 1. H3PO4+ Mg(OH)2 à _Mg3(PO4)2+ _H2O 2. In the equation in #1 which is the Limiting Reagent? 3. In the equation in #1 how much (g) of the Excess Reagent is left over? Based on the following equation, determine which reactant is the limiting reagent if you have 72.5g of Phosphoric Acid reacting with 184.2g of Potassium Hydroxide. 4. _H3PO4+ КОН а K3PO4+ _H2O 5. In the reaction in #4, how many grams of the excess reagent is left over? 6. In the reaction in #4, how many grams of Potassium Phosphate are produced if you have a 91% yield? 7. In the reaction in #4, calculate the percent yield of water if you produced 5.67g of water.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Based on the following equation, determine how many g of Magnesium Phosphate will be produced if you begin with 65g of Phosphoric acid and 72g Magnesium Hydroxide. 1. H3PO4 + Mg(OH)2 à _Mg3(PO4)2 + H2O 2. In the equation in #1 which is the Limiting Reagent? 3. In the equation in #1 how much (g) of the Excess Reagent is left over? Based on the following equation, determine which reactant is the limiting reagent if you have 72.5g of Phosphoric Acid reacting with 184.2g of Potassium Hydroxide. 4. _H3PO4+ КОН а _K3PO4 + H2O 5. In the reaction in #4, how many grams of the excess reagent is left over? 6. In the reaction in #4, how many grams of Potassium Phosphate are produced if you have a 91% yield? 7. In the reaction in #4, calculate the percent yield of water if you produced 5.67g of water.
Transcribed Image Text:Based on the following equation, determine how many g of Magnesium Phosphate will be produced if you begin with 65g of Phosphoric acid and 72g Magnesium Hydroxide. 1. H3PO4 + Mg(OH)2 à _Mg3(PO4)2 + H2O 2. In the equation in #1 which is the Limiting Reagent? 3. In the equation in #1 how much (g) of the Excess Reagent is left over? Based on the following equation, determine which reactant is the limiting reagent if you have 72.5g of Phosphoric Acid reacting with 184.2g of Potassium Hydroxide. 4. _H3PO4+ КОН а _K3PO4 + H2O 5. In the reaction in #4, how many grams of the excess reagent is left over? 6. In the reaction in #4, how many grams of Potassium Phosphate are produced if you have a 91% yield? 7. In the reaction in #4, calculate the percent yield of water if you produced 5.67g of water.
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