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(Solved): Ammonia, carbon dioxide, and water vapor react to form ammonium bicarbonate as follows: Ammonia, ca ...



Ammonia, carbon dioxide, and water vapor react to form ammonium bicarbonate as follows:
NH3(aq) + CO? (aq) + H?O(l) ? NH4HCO3Ammonia, carbon dioxide, and water vapor react to form ammonium bicarbonate as follows:

Ammonia, carbon dioxide, and water vapor react to form ammonium bicarbonate as follows: NH3(aq) + CO? (aq) + H?O(l) ? NH4HCO3(aq) Suppose 13.4 g NH3, 59.5 g CO2, and 1.00 mol H?O are reacted. What is the maximum number of grams of NH4HCO3 that can be produced? g


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13.4 g NH3 = (13.4 g) / (17 g/mol) = 0.788 mol 59.5 g CO2 = (59.5 g) / (44
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