Nitrogen is contained in a one m3 rigid tank with the initial pressure and temperature of 10 bar and 300 K respectively. Heat transfer to the contents of the tank occurs until the temperature has increased to 400 K. During the process, a pressure relief valve allows nitrogen to escape, maintaining constant pressure in the tank. The surrounding temperature of the tank is 306 K. The nitrogen is assumed as an ideal gas during the process and it emits at the average temperature of the initial state and final state of the tank. Determine the following by stating the assumptions made,

a) The mass of nitrogen that escapes.

b) The amount of heat transfer.

c) The entropy generation.

pls solve it according to the question

do not take others work if not i will report to chegg

QUESTION 4 Nitrogen is contained in a one m rigid tank with the initial pressure and temperature of 10 bar and 300 K respectively. Heat transfer to the contents of the tank occurs until the temperature has increased to 400 K. During the process, a pressure relief valve allows nitrogen to escape, maintaining constant pressure in the tank. The surrounding temperature of the tank is 306 K. The nitrogen is assumed as an ideal gas during the process and it emits at the average temperature of the initial state and final state of the tank. Determine the following by stating the assumptions made, (a) The mass of nitrogen that escapes. (7 Marks) (b) The amount of heat transfer. (9 Marks) (C) The entropy generation. (9 Marks)