The partial pressure of Xe is 2.60atm
The sum of the partial pressures is equal to the total pressure. Ptotal = P1 + P2 + P3... .To calculate the partial pressure of one of the components of a mixture, subtract the sum of known partial pressures of the other components from the total pressure.
Given the values of
PHe=0.20 atm
PAr=0.20 atm
Ptotal=3.00 atm
We need to find PXe
Solution: Determine the sum of the partial pressures of helium and argon, then subtract the sum from the total pressure.
PHe+PAr =0.20 atm + 0.20=0.400 atm
PXe=3.00atm−0.400=2.60 atm
Each gas that makes up a mixture of gases has a partial pressure, which is the notional pressure of that gas as if it alone filled the original combination's complete volume at the same temperature.
According to Dalton's Law, a perfect gas mixture's total pressure equals the sum of its constituent gases' individual partial pressures.
The thermodynamic activity of a gas's molecules is gauged by its partial pressure.
Gases react, disperse, and dissolve based on their partial pressures rather than the concentrations they have in liquids or other gas combinations.
This general characteristic of gases holds true in biological chemical interactions involving gases.
Hence the partial pressure of Xe is 2.60atm
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