Posted by **Amy** on Tuesday, January 15, 2013 at 9:25am.

A sealed flask contains 0.60 g of water at 28 degrees celcius. The vapor pressure of water at this temperature is 28.36 mmHg.

What is the minimum volume of the flask in order that no liquid water be present in the flask?

----------------------------

I tried to solve this problem earlier using PV = nRT, but I kept getting the wrong answer.

- Chemistry -
**bobpursley**, Tuesday, January 15, 2013 at 10:10am
I dont know what you did.

you have the vapor pressure, you have the moles of water (convert mass), you have the temp, solve for V

I can check your work.

## Answer this Question

## Related Questions

- Chemistry! - A sealed flask contains 0.60 g of water at 28 degrees celcius. The ...
- How to Find the Minimal Volume? - A sealed flask contains 0.60 g of water at 28 ...
- chemistry - A sealed flask contains 0.40 g of water at 28 deg. celsius. The ...
- chemistry - If 10.00 g of water are introduced into an evacuated flask of volume...
- chemistry - If 10.00 g of water are introduced into an evacuated flask of volume...
- Chemistry, HELP!! - a) If the volume of a flask is 165 mL and the mass of the ...
- AP Chemistry - The molar mass of a volatile liquid (one which vaporizes easily) ...
- chemistry - The molar mass of a volatile liquid(one which vaporizes easily) can ...
- AP Chem - Would someone please check these for me? 52. In an experiment, you ...
- chemistry - Nitroglycerine decomposes according the the equation: 4C3H5(NO3)3 -&...

More Related Questions