13. A mixture of gas has a total pressure of 3,039,750 Pa and is approximately 47.28% nitrogen, 17.92% oxygen, 29.77% helium, and 5.03% carbon dioxide. a. Calculate the partial pressure of nitrogen in atm. b. Calculate the partial pressure of oxygen in atm. c. Calculate the partial pressure of helium in atm. d. Calculate the partial pressure of carbon dioxide in atm.

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13. A mixture of gas has a total pressure of 3,039,750 Pa and is approximately 47.28% nitrogen, 17.92% oxygen, 29.77%
helium, and 5.03% carbon dioxide.
a. Calculate the partial pressure of nitrogen in atm.
b. Calculate the partial pressure of oxygen in atm.
c. Calculate the partial pressure of helium in atm.
d. Calculate the partial pressure of carbon dioxide in atm.
Transcribed Image Text:13. A mixture of gas has a total pressure of 3,039,750 Pa and is approximately 47.28% nitrogen, 17.92% oxygen, 29.77% helium, and 5.03% carbon dioxide. a. Calculate the partial pressure of nitrogen in atm. b. Calculate the partial pressure of oxygen in atm. c. Calculate the partial pressure of helium in atm. d. Calculate the partial pressure of carbon dioxide in atm.
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