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A piston - cylinder device, as shown in Figure 2 below, with a volume of 0 . 5 0 m 3 contains water at 3

A piston-cylinder device, as shown in Figure 2 below, with a volume of 0.50 m3 contains water at 325 kPa (State 1). Initially, 25% of the mass is liquid and 75% of the mass is vapor. Heat is added to the system until the piston is just touching the stopper (State 2). At this state, all the water exists as saturated vapor. Heating is continued until the pressure inside the piston reaches 500 kPa (State 3). Based on the given information, answer the following questions:a.
What is the mass of water inside the piston?
b.
Determine the boundary work from State 1 to State 3(in kJ).
c.
Determine the amount of heat from State 1 to State 3(in kJ).
d.
What is the final state and temperature of the water?

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A thermodynamics problem Lets break it down step by step a Mass of water inside the piston We are given that the initial state State 1 has 25 of the mass as liquid and 75 as vapor Since the total volu... blur-text-image

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