vapor mixture of benzene (A), toluene (B), and ortho-xylene (C) with mole fractions of 0.35 ; 0.3 and 0.35, cooled at co

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answerhappygod
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vapor mixture of benzene (A), toluene (B), and ortho-xylene (C) with mole fractions of 0.35 ; 0.3 and 0.35, cooled at co

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vapor mixture of benzene (A), toluene (B), and ortho-xylene (C)with mole fractions of 0.35 ; 0.3 and 0.35, cooled at constantpressure Pt = 152 cmHg. The system follows Raoult Dalton's law.Pure Vapor Pressure Components follow the equation:
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 1
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 1 (18.8 KiB) Viewed 28 times
Raoult-Dalton's Law :
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 2
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 2 (3.27 KiB) Viewed 28 times
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 3
Vapor Mixture Of Benzene A Toluene B And Ortho Xylene C With Mole Fractions Of 0 35 0 3 And 0 35 Cooled At Co 3 (1.24 KiB) Viewed 28 times
P = exp 14,95- Pg = exp| 16,07- - 3764 T 4497 T Pº = exp(16,27-4934)

( x,P₂° = y₁P₁).

P₁⁰ i
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