Posted by **Kyle** on Wednesday, June 5, 2013 at 7:21pm.

An empty cannister of 0.002 m3 is filled with R-134a from a line flowing saturated liquid R-134a at 0°C. The filling is done quickly so it is adiabatic, but after a while in storage, the can warms up to room temperature, 20degC. Find the final mass in the cannister and the total entropy generation.

I found that the final mass is 2.32kg and that will stay constant even while the can warms up. However, I'm not sure if the final temperature of the can at 20deg will effect the final entropy.

## Answer This Question

## Related Questions

- Thermodynamics - A heat pump works on the vapor compression refrigeration cycle ...
- Separation processes - Can someone help me to clarify this question? I'm not ...
- chemistry - Many analytical instruments require liquid nitrogen. While filling ...
- Chemistry - Many analytical instruments require liquid nitrogen. While filling ...
- Calculus - Fuel is flowing into a storage tank which can be filled to a depth of...
- Calculus - Fuel is flowing into a storage tank which can be filled to a depth of...
- physical geography - Regarding to the adiabatic Process.. Why is there a DRY ...
- physical science08 - regarding the Adiabatic Process.... why is their a dry ...
- Chemistry - I have a question here: What is the definition of bubble-point line...
- SCIENCE - A flask weights 46.8 g when it is empty and 121.6 g when filled with ...

More Related Questions