- #1
VinnyCee
- 489
- 0
Temperature is constant.
At first, this system is closed.
In tank one:
A 2 Liter tank containing H2 at a pressure of 1.5 atmospheres.
In tank two:
A 1 Liter tank containing N2 at a pressure of 3 atmospheres.
In tank three:
A 4 Liter tank containing CO2 at a pressure of 1 atmosphere. Also, a non-volatile liquid covers the bottom 1.67 Liters.
The system is then opened. What is the TOTAL PRESSURE in the opened system, and the PARTIAL PRESSURE of each gas?
I would think that the problem gives the partial pressures already, right?
So partial of H2 = 1.5 atm, N2 = 3 atm and CO2 = 1 atm
And just add all the pressures together to get 5.5 atm as the total pressure?
Is this right?
At first, this system is closed.
In tank one:
A 2 Liter tank containing H2 at a pressure of 1.5 atmospheres.
In tank two:
A 1 Liter tank containing N2 at a pressure of 3 atmospheres.
In tank three:
A 4 Liter tank containing CO2 at a pressure of 1 atmosphere. Also, a non-volatile liquid covers the bottom 1.67 Liters.
The system is then opened. What is the TOTAL PRESSURE in the opened system, and the PARTIAL PRESSURE of each gas?
I would think that the problem gives the partial pressures already, right?
So partial of H2 = 1.5 atm, N2 = 3 atm and CO2 = 1 atm
And just add all the pressures together to get 5.5 atm as the total pressure?
Is this right?