Consider the reaction between H₂PO4 and NH, to produce (NH4)₂HPO4. The molar mass of H₂PO4 is 97.9937 g, (NH4)2HPO4 is 132.06 g, and NH, is 17.0307 g. (a) What mass of ammonia would have to be added to 40.9 g of phosphoric acid if ammonia is required in 23% excess? 49 17.5 X 9 (b) What is the theoretical yield of (NH4)₂HPO4 under the conditions given in Part (a)? 955.118 x g
Consider the reaction between H₂PO4 and NH, to produce (NH4)₂HPO4. The molar mass of H₂PO4 is 97.9937 g, (NH4)2HPO4 is 132.06 g, and NH, is 17.0307 g. (a) What mass of ammonia would have to be added to 40.9 g of phosphoric acid if ammonia is required in 23% excess? 49 17.5 X 9 (b) What is the theoretical yield of (NH4)₂HPO4 under the conditions given in Part (a)? 955.118 x g
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Chapter1: Chemical Foundations
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![Consider the reaction between H₂PO4 and NH, to produce (NH4)₂HPO4. The molar mass of H₂PO4 is 97.9937 g, (NH4)2HPO4 is 132.06 g, and NH, is 17.0307 g.
(a) What mass of ammonia would have to be added to 40.9 g of phosphoric acid if ammonia is required in 23% excess?
4.9 17.5 X 9
(b) What is the theoretical yield of (NH4)₂HPO4 under the conditions given in Part (a)?
4.0 55.118
x g
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Transcribed Image Text:Consider the reaction between H₂PO4 and NH, to produce (NH4)₂HPO4. The molar mass of H₂PO4 is 97.9937 g, (NH4)2HPO4 is 132.06 g, and NH, is 17.0307 g.
(a) What mass of ammonia would have to be added to 40.9 g of phosphoric acid if ammonia is required in 23% excess?
4.9 17.5 X 9
(b) What is the theoretical yield of (NH4)₂HPO4 under the conditions given in Part (a)?
4.0 55.118
x g
Show Transcribed Text
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