An Isobaric H2O thermodynamic process: A Mass of 1.5 kg of H2O undergoes a thermodynamic process...
An Isobaric H2O thermodynamic process: A Mass of 1.5 kg of H2O undergoes a thermodynamic process according to the following steps: (i) starting at state 1 (p1= 10 Mpa, T1= 100 degree's celsius), an isobaric process to state 2 (T2= 311.06 degrees celsius) (ii) Starting from state 2, an isobaric process to state 3 (x3=1) (iii) starting from state 3, an isobaric process to state 4 (T4= 800 degrees celsius) a) fill in the table:
| State | Vi (m^3/kg) | Ui(kJ/kg) | Ti(K) | State Description |
| 1 | compressed liquid | |||
| 2 | ||||
| 3 | ||||
| 4 | superheated vapor |
b) Find the total work in kJ in going from state 1 to state 4
c) draw the process on a v-p diagram (v is the x axis, p is the y axis) anda. v-T plane (v is the x axis, T is the y axis)
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An Isobaric H2O thermodynamic process: A Mass of 1.5 kg of H2O
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