The system closest to following Raoult's Law is? C and D O A O B A'and B SUBMIT ANSWER

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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2 njpg
3.50-
2.20-
.30
40
00
KH20
1,00
000
0.20
40
100
Q Zoom image
The system closest to following Raoult's Law is?
C and D
O A
A and B
SUBMIT ANSWER
74°F Haze
of
Transcribed Image Text:2 njpg 3.50- 2.20- .30 40 00 KH20 1,00 000 0.20 40 100 Q Zoom image The system closest to following Raoult's Law is? C and D O A A and B SUBMIT ANSWER 74°F Haze of
Question 23/39 Answer is mandatory
The following is Pxy diagrams for the four systems at T = 25°C:
A) Benzene-Formaldehyde, B) Benzene-Diethyl ketone, C) Water-Acetic acid, and D) Water Formic acid
!!
Behzene-Formaldehyde
500.00
12.00
Benzene- Diethyl Ketone
400.00-
10.00
30000
8.00
20000
4.00
100.00
G00
4.00
c00
020
0.40
1.00
000
0.20
040
1.00
x Benzene
x Benzene
6.00
140
Water+ Acetic acid
Water-Formic acid
.50
3.20
5.00
2.00
2.00
2.80
50
2.00
200
60
00
2:00
KH20
89°F Sunny ^
cearch
p0 nssel
Transcribed Image Text:Question 23/39 Answer is mandatory The following is Pxy diagrams for the four systems at T = 25°C: A) Benzene-Formaldehyde, B) Benzene-Diethyl ketone, C) Water-Acetic acid, and D) Water Formic acid !! Behzene-Formaldehyde 500.00 12.00 Benzene- Diethyl Ketone 400.00- 10.00 30000 8.00 20000 4.00 100.00 G00 4.00 c00 020 0.40 1.00 000 0.20 040 1.00 x Benzene x Benzene 6.00 140 Water+ Acetic acid Water-Formic acid .50 3.20 5.00 2.00 2.00 2.80 50 2.00 200 60 00 2:00 KH20 89°F Sunny ^ cearch p0 nssel
Expert Solution
Step 1

Explanation:

Raoult's is applicable for ideal system. In figure C and D minimum and maximum boiling azeotrope is observed. Azeotrope is a system in which positive and negative deviations from ideality is observed, which is a real system. Hence, Raoult's cannot be applied to azeotropes.

In figure A and B no azeotrope is observed hence, it is an ideal system and Raoult's law can be applied.

 

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