Question

The syringe shown at right contains nitrogen gas. The syringe has a movable piston of mass M. At the bottom, the syringe is closed by a valve, so that no gas may enter or leave the syringe. (Neglect friction between the piston and the wall of the syringe. Assume that nitrogen gas behaves like an ideal gas.) Movable piston of mass M Initially the syringe is in thermal equilibrium with an ice-water bath. The pressure and volume of the gas inside the syringe are Pinitial and Vinitial, respectively. Valve closed) The syringe is then removed from the ice-water bath and placed in a beaker of boiling water Ice-water bath Boiling water Question 1 After the system has come to thermal equilibrium with the boiling water, is the pressure of the nitrogen gas greater than, less than, or equal to Pinitial? the final pressure is greater than the initial pressure Othe final pressure is less than the initial pressure the final pressure is equal to the initial pressure Question2 Briefly explain the reasoning that you used to answer the previous question Question 3 After the system has come to thermal equilibrium with the boiling water, is the volume of the nitrogen gas greater than, less han, or equal to Vinitial? Othe final volume is greater than the intial volume Othe final volume is less than the initial volume O the final volume is equal to the initial volume Question 4 Briefly explain the reasoning that you used to answer the previous question Question 5 After the system has come to thermal equilibrium with the boiling water, is the density of the nitrogen gas greater than, less than, or equal to its initial value? O the final density is greater than the initial density Othe final density is less than the initial density the final density is equal to the initial density Question 6 Briefly explain the reasoning that you used to answer the previous question

The syringe shown at right contains nitrogen gas. The syringe has a movable piston of mass M. At the bottom, the syringe is closed by a valve, so that no gas may enter or leave the syringe. (Neglect friction between the piston and the wall of the syringe. Assume that nitrogen gas behaves like an ideal gas.) Initially the syringe is in thermal equilibrium with an ice-water bath. The pressure and volume of the gas inside the syringe are Pinitial and Vinitial, respectively. The syringe is then removed from the ice-water bath and placed in a beaker of boiling water.

This is all a one part question with each question relating to the first part. I'm not sure how to solve these questions. Please help!

Answer 1