http://screencast.com/t/c07U7hkI

I'm stuck on 2. For #1, I found the mass of the water by substracting the mass of the 1st flask from the 2nd flask, then used that mass for d=mv, and got .00403 mL. Not sure where to go from there

Question

http://screencast.com/t/c07U7hkI

I'm stuck on 2. For #1, I found the mass of the water by substracting the mass of the 1st flask from the 2nd flask, then used that mass for d=mv, and got .00403 mL. Not sure where to go from there

aaronq · Answer

#2 is asking to convert celsius to Kelvin, and torr to atm.

anonymous · Answer

The only temperature I am given is that of the water bath, not the gas, which is the temperature I need to get.

aaronq · Answer

It's assumed that water bath and the gas are in thermal equilibrium

anonymous · Answer

Okay, so the temperatures do not differ? Question 2 is just a matter of simple conversion?