Question

For water, mark each of these states on the p-v, T- v, and the phase (p-T) diagrams. Use 1 bar = 100 kPa. (a) T = 95 °C and P = 50 kPa (b) T = 95 °C and P = 1 bar (c) T = 95 °C and $\vartheta$ = 1 m³/kg Caution: Be mindful of unit conversions. Hint #1: This problem is completely based on Table A-2 in the appendix of the book. Hint #2: We have discussed the T-u diagram extensively in class. These diagrams involve isobars (constant pressure lines). Use the isobars to locate the states. The p-u diagrams involve isotherms (constant temperature lines). Use the isotherms to locate the states. Hint #3: For part (c), look at the us and ug at the given temperature. What can you say about the phase at this state?

          For water, mark each of these states on the p-v, T- v, and the phase (p-T) diagrams. Use 1
bar = 100 kPa.
(a) T = 95 °C and P = 50 kPa
(b) T = 95 °C and P = 1 bar
(c) T = 95 °C and $\vartheta$ = 1 m³/kg
Caution: Be mindful of unit conversions.
Hint #1: This problem is completely based on Table A-2 in the appendix of the book.
Hint #2: We have discussed the T-u diagram extensively in class. These diagrams involve
isobars (constant pressure lines). Use the isobars to locate the states.
The p-u diagrams involve isotherms (constant temperature lines). Use the
isotherms to locate the states.
Hint #3: For part (c), look at the us and ug at the given temperature.
What can you say about the phase at this state?

for water mark each of these states on the p v t v and the phase p t diagrams use 1 bar 100 kpa a t 95 c and p 50 kpa b t 95 c and p 1 bar c t 95 c and vartheta 1 m3kg caution be mindful of 93577

Added by Mark K.

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