45. Baking powder is made up of sodium hydrogen carbonate and calcium hydrogen phosphate. When baking powder is wet, these components react to produce carbon dioxide. The equation for this reaction is given below. NaHCO,(aq) + CaHPO,(aq) → NaCaPO,(aq) + CO,(g) + H,O(1) Assuming all of the carbon dioxide was released as a gas, how many liters of CO,(g) would be formed at room temperature from 4.00 g of NaHCO, and excess CaHPO,? A. Approximately 1.16 liters B. Approximately 1.36 liters C. Approximately 1.56 liters D. Approximately 1.76 liters E. None of the above

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45. Baking powder is made up of sodium hydrogen carbonate and calcium hydrogen phosphate. When baking powder is wet,
these components react to produce carbon dioxide. The equation for this reaction is given below.
NaHCO,(aq) + CaHPO,(aq) → NaCaPO,(aq) + CO,(g) + H,O(1)
Assuming all of the carbon dioxide was released as a gas, how many liters of CO,(g) would be formed at room temperature
from 4.00 g of NaHCO, and excess CaHPO,?
A. Approximately 1.16 liters
B. Approximately 1.36 liters
C. Approximately 1.56 liters
D. Approximately 1.76 liters
E. None of the above
Transcribed Image Text:45. Baking powder is made up of sodium hydrogen carbonate and calcium hydrogen phosphate. When baking powder is wet, these components react to produce carbon dioxide. The equation for this reaction is given below. NaHCO,(aq) + CaHPO,(aq) → NaCaPO,(aq) + CO,(g) + H,O(1) Assuming all of the carbon dioxide was released as a gas, how many liters of CO,(g) would be formed at room temperature from 4.00 g of NaHCO, and excess CaHPO,? A. Approximately 1.16 liters B. Approximately 1.36 liters C. Approximately 1.56 liters D. Approximately 1.76 liters E. None of the above
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