Respuesta :
partial pressure of n2o in the gas mixture was found to be 143.6 kPa
what is partial pressure?
Each gas that makes up a mixture of gases has a partial pressure, which represents the pressure that would exist if that gas alone had filled the complete volume of the initial mixture at the same temperature. According to Dalton's Law, the partial pressures of the individual gases make up the overall pressure of a perfect gas combination.
A gas's partial pressure is a gauge of its molecules' thermodynamic activity. However, unlike liquids or gas mixtures, gases behave differently depending on their partial pressures when dissolving, diffusing, and reacting. This characteristic of gases often holds true for gas chemical reactions in biology.
As per the data give
Moles (o2) = 2.83 mol
Moles (n2o) = 8.41 mol
Total pressure = 192 kPa
so the total number of moles should be calculated
Total No.of moles = no of moles in o2 + no of moles in n2o = 2.83 + 8.41 = 11.24 mol
mole fraction for n2o
Mole fraction = moles of compound/ Total moles
Mole fraction for n2o = 8.41 / 11.24 = 0.748
so now calculate the partial pressure of n2o
pn2o = 0.748 192 kPa
pn2o = 143.6 kPa
therefore the partial pressure of the n2o was 143.6 Kpa
To learn more about partial pressure follow the given link: https://brainly.com/question/14119417
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