9 Questions
What is the partial pressure of helium in a mixture with a total pressure of 72.0 kPa, where neon and argon have partial pressures of 15.0 kPa and 25.0 kPa, respectively?
27.0 kPa
In a gas mixture with a total pressure of 120.0 kPa, if the partial pressures of hydrogen, helium, and neon are 30.0 kPa, 45.0 kPa, and 15.0 kPa respectively, what is the partial pressure of argon?
20.0 kPa
If a gas mixture at 3.00 atm contains oxygen and nitrogen, with oxygen contributing to 50% of the pressure, what is the partial pressure of nitrogen?
1.50 atm
In a container with a total pressure of 5.00 atm, if the partial pressure of oxygen is 2.00 atm, what is the partial pressure of nitrogen?
3.00 atm
What is the partial pressure of hydrogen in a mixture with a total pressure of 80.0 kPa, where helium and argon have partial pressures of 20.0 kPa and 30.0 kPa, respectively?
15.0 kPa
If a gas mixture has a total pressure of 150.0 kPa and the partial pressures of helium and neon are 40.0 kPa and 30.0 kPa respectively, what is the partial pressure of argon?
70.0 kPa
In a gas mixture with a total pressure of 6.00 atm, if the partial pressures of hydrogen, helium, and argon are 1.50 atm, 2.00 atm, and 2.50 atm respectively, what is the partial pressure of neon?
1.00 atm
What is the partial pressure of oxygen in a mixture with a total pressure of 100.0 kPa, where nitrogen and argon have partial pressures of 30.0 kPa and 20.0 kPa, respectively?
$50.0$ kPa
In a container with a total pressure of $8$ atm, if the partial pressure of oxygen is $3$ atm, what is the partial pressure of helium?
$5$ atm
Learn how to calculate the true pressure of alveolar carbon dioxide by accounting for humidity and water vapor pressure. Understand the conversion between kPa and mmHg for accurate measurements.
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