Solve
Guides
0
Question
The sum of pressure inside compartments I & II after sufficient time has passed is:
- 500 torr
- 800 torr
- 300 torr
- 400 torr
Open in App
Solution
Verified by Toppr
In compartment I, the given pressure is the vapour pressure P0 of volatile liquid. It is equal to 500torr.
In compartment II, the given pressure is the vapour pressure P0 of volatile solid. It is equal to 300torr.
The sum of the pressures inside two compartments is 500+300=800torr.
Was this answer helpful?
0
Similar Questions
Q1
The sum of pressure inside compartments I & II after sufficient time has passed is:
View Solution
Q2
If the compartments initially contained air at 800 torr pressure and piston is released, then the volume of compartment I after sufficient time has passed, is:
View Solution
Q3
A partition divides a container having insulated walls into two compartments I and II as shown in the figure. The same gas fills the two compartments whose initial parameters are given. The partition is a conducting wall which can move freely without friction. Which of the following statement(s) is /are correct with reference to the final equilibrium position?
View Solution
Q4
A partition divides a container having insulated wall, into two compartments- I and II. The same gas fills the two compartments whose initial parameters are given. The partition is a conducting wall which can move freely without friction. Which of the following statements is/are correct, with reference to the final equilibrium position?
View Solution
Q5
(Assume the volume of connecting tube is negligible)
View Solution