Consider a mixture of three gases a, b and c at equilibrium. If the individual gas components have pressures equal to Pa, Pb and Pc, determine the total pressure P of the mixture of gases.

P = P a x P b x P c /(P a + P b + P c )

P = Pa x Pb x Pc /(Pa + Pb + Pc)

P = [(Pa x Pb) + (Pb x Pc) + (Pc x Pa)] / (Pa + Pb + Pc)

P = (Pa x Pb / Pc) + (Pb x Pc / Pa) + (Pc x Pa / Pb)

Consider a mixture of three gases a, b and c at equilibrium. If the in

1.	Consider a mixture of three gases a, b and c at equilibrium. If the individual gas components have pressures equal to P_a, P_b and P_c, determine the total pressure P of the mixture of gases.
A.	P = P<sub>a</sub> + P<sub>b</sub> + P<sub>c</sub>
B.	P = P<sub>a</sub> x P<sub>b</sub> x P<sub>c</sub> /(P<sub>a</sub> + P<sub>b</sub> + P<sub>c</sub>)
C.	P = [(P<sub>a</sub> x P<sub>b</sub>) + (P<sub>b</sub> x P<sub>c</sub>) + (P<sub>c</sub> x P<sub>a</sub>)] / (P<sub>a</sub> + P<sub>b</sub> + P<sub>c</sub>)
D.	P = (P<sub>a</sub> x P<sub>b</sub> / P<sub>c</sub>) + (P<sub>b</sub> x P<sub>c</sub> / P<sub>a</sub>) + (P<sub>c</sub> x P<sub>a</sub> / P<sub>b</sub>)
Answer» B. P = P<sub>a</sub> x P<sub>b</sub> x P<sub>c</sub> /(P<sub>a</sub> + P<sub>b</sub> + P<sub>c</sub>)

Discussion

No Comment Found

Related MCQs

What is the energy released (or absorbed), or the enthalpy change when one mole of a chemical compound is formed from its constituent atoms or elements at one bar and isothermally at 25 C?
The decomposition of solid propellants to reaction mixture is a(n) ______________ chemical reaction.
Rocket propulsion usually operates in ___________ mixture ratio.
Determine the stoichiometric mixture mass ratio for the complete reaction: H2 + 1/2 O2 H2O.
What is the number of condensed species in a gaseous mixture, if there are 8 possible species which enter into a relationship and out of these, only 5 are gases?
In a gaseous mixture, the number of moles and the molecular mass (in their respective units) of each component is given as follows: nA = 1, MA = 23; nB = 2, MB = 48; nC = 3, MC = 19. Find the average molecular mass of the mixture.
Consider two sets of mixture of gases X and Y having the same total temperature of the mixture and having total pressures PX and PY respectively. If PX = 1.4 PY and molecular mass of A MX = 2.3 x MY, determine the ratio of Vmix_X/Vmix_Y.
Consider two sets of mixture of gases A and B having the same specific volume of the mixture and having total pressures PA and PB respectively. If TA = 3TB and molecular mass of A MA = 1/2 MB, determine the ratio of PA/PB.
Perfect gas equation applies very closely to ________ gases.
Consider a mixture of three gases a, b and c at equilibrium. If the individual gas components have pressures equal to Pa, Pb and Pc, determine the total pressure P of the mixture of gases.

Consider a mixture of three gases a, b and c at equilibrium. If the individual gas components have pressures equal to Pa, Pb and Pc, determine the total pressure P of the mixture of gases.

Discussion

No Comment Found

Related MCQs

Reply to Comment

Consider a mixture of three gases a, b and c at equilibrium. If the individual gas components have pressures equal to P_a, P_b and P_c, determine the total pressure P of the mixture of gases.