3-4. In cach case, determine the requested property values and show the states on carefully-labeled p-v and T-v diagrams: (a) For H;O at p= 60 lbf'in.², T = 358°F, determine v in ft'lb and u in Btu/lb. (b) For Propane at T= 50°C, v = 0.02861 m/kg, determine p, in bar. (c) For Ammonia at T=- 10 °C, v = 0.7 m³/kg, determine p in bar and u in kJ/kg.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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3-4. In each case, determine the requested property values and show the states on carefully-labeled
p-v and T-v diagrams:
(a) For H20 at p = 60 lbf/in.?, T= 358°F, determine v in ft/lb and u in Btu/lb.
(b) For Propane at T = 50°C, v = 0.02861 m/kg, determine p, in bar.
(c) For Ammonia at T= – 10 °C, v = 0.7 m/kg, determine p in bar and u in kJ/kg.
(d) For H20 at p = 30 lbf/in.², x = 0.7 (70%), determine T in °F, v in ft/lb, and u in Btu/lb.
Transcribed Image Text:3-4. In each case, determine the requested property values and show the states on carefully-labeled p-v and T-v diagrams: (a) For H20 at p = 60 lbf/in.?, T= 358°F, determine v in ft/lb and u in Btu/lb. (b) For Propane at T = 50°C, v = 0.02861 m/kg, determine p, in bar. (c) For Ammonia at T= – 10 °C, v = 0.7 m/kg, determine p in bar and u in kJ/kg. (d) For H20 at p = 30 lbf/in.², x = 0.7 (70%), determine T in °F, v in ft/lb, and u in Btu/lb.
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