Give an example of Beattie-Bridgeman and the Benedict-Webb-Rubin equations of state

A piston/cylinder system with a radius of 1m is filled with 0.75kg water at 50˚C and has an initial piston height of 2m (state 1). Heat was transferred to the system such that the water at state 2 became saturated vapor. Afterward, the piston is locked, and the system is heated to 165˚C (state 3).Given the data above, calculate the work, heat transfer, and height of the piston, and create a p-v diagram for the entirety of the process.

HOW MANY STATE AND EQUILIBRIUM EXPLAIN IT BRIEFLY?

9d

Explain about availability in thermodynamics in detail.. like formulas and when it's applicable and much more data. (please don't just give definition...I need everything in detail all concept of entropy...I didn't able to understand)

Explain about first law of thermodynamics and application in detail.. like formulas and when it's applicable and much more data. (please don't just give definition...I need everything in detail all concept of entropy...I didn't able to understand)

In the boiler of a steam engine the superheated steam is at 500 degrees Celsius and 20 mPa is created by adding an amount of heat to the pressured water. Erros up to 10% have come up. Find the ideal gas law. Could the error seen in testing be due to the ideal gas law assumption? - value from the ideal gas law - value from tables - %Error Which of the above values is the most accurate? Could the error seen in testing be due to the ideal gas law assumption?