a) Complete the following table for H20 using the steam table and all relevant equations: b) A piston/cylinder has steam that behaves as an ideal gas at 400°C and 1450 kPa. Now it expands adiabatically with n = 1.3 to P = 750 kPa. Find the final temperature and specific work. Assuming steam now behaves as a non-ideal gas, and initial pressure (P1) is 3MРа, final calculate the specific heat transfer in the process using relevant values from the steam table.pressure (P2) is 1 MPa, and the initial and final temperature remains the same, Note; approximate T2 to the nearest 100°C to be able to use the steam table for the second part of this question.

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