Plz solve this problem
Dear Student,
In my opinion, the correct answer should be option B) 3.284 atm.
The question has not said anything about the temperature change after the reaction has occurred. If we still take the same initial temperature i.e. 27oC (or 300 K) to be the final temperature as well, then we can solve this query using the ideal gas equation. The volume will be taken as 15 L only as since ammonia is a gas and it will occupy the whole container. So addition of water will not change the volume.
So apply the ideal gas equation:
pV = nRT
=> p =
Hope this information clears your doubt about this topic. In case of any other doubt, do ask here on the portal and our experts will try to help you out as soon as possible.
Regards
In my opinion, the correct answer should be option B) 3.284 atm.
The question has not said anything about the temperature change after the reaction has occurred. If we still take the same initial temperature i.e. 27oC (or 300 K) to be the final temperature as well, then we can solve this query using the ideal gas equation. The volume will be taken as 15 L only as since ammonia is a gas and it will occupy the whole container. So addition of water will not change the volume.
So apply the ideal gas equation:
pV = nRT
=> p =
Hope this information clears your doubt about this topic. In case of any other doubt, do ask here on the portal and our experts will try to help you out as soon as possible.
Regards