An isolated cylinder-water device contains 5 l of saturated liquid water at a pressure 200 kPa constant. A palette wheel shakes the water, while a current of 7.5 passes For 55 min, for a resistance placed in the water. If half of the liquid evaporates during This process at constant pressure, and the work of the pallet wheel is 410 kJ. Part A. Determine 1) the properties of State 1 (t₁; p₁; v₁; ui; hi; sı). 2) The properties of State 2 (T2; P2; V2; U2; H
An isolated cylinder-water device contains 5 l of saturated liquid water at a pressure 200 kPa constant. A palette wheel shakes the water, while a current of 7.5 passes For 55 min, for a resistance placed in the water. If half of the liquid evaporates during This process at constant pressure, and the work of the pallet wheel is 410 kJ. Part A. Determine 1) the properties of State 1 (t₁; p₁; v₁; ui; hi; sı). 2) The properties of State 2 (T2; P2; V2; U2; H
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Problem 2.
An isolated cylinder-water device contains 5 l of saturated liquid water at a pressure
200 kPa constant. A palette wheel shakes the water, while a current of 7.5 passes
For 55 min, for a resistance placed in the water. If half of the liquid evaporates during
This process at constant pressure, and the work of the pallet wheel is 410 kJ.
Part A. Determine
1) the properties of State 1 (t₁; p₁; v₁; ui; hi; sı).
2) The properties of State 2 (T2; P2; V2; U2; H2; S2).
3) The change of: specific volume, internal energy, enthalpia, entropy.
Part b. Make the P-V and T-V diagrams of the process, placing the values of the properties.
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