There is 3.5 L saturated liquid water at 175 kPa pressure in the frictionless moving piston-cylinder system shown in the figure. The heat given to the system is 500 kJ and the electrical work is 1320 kJ. Since half of the water evaporates at constant pressure; a) Write the energy balance equation (First Law), b) Calculate the mass (kg) of water, c) Calculate the required shaft work (kW), d) Show the process in T-v and P-v diagrams, including saturated liquid and saturated vapor curves Wun35% 1) Şekildeki sürtünmesiz hareketli piston-silindir sisteminde 175 kPabasınçta, 3,5 L doymuş sıVi su bulunmaktadır. Sisteme verilen ısı 500 kJve elektrik işi 1320 kJ'dür. Suyun sabit basınçta yarısı buharlaştığına göre;a) Enerji denge eşitliğini (I. Yasa) yazınız,b) Suyun kütlesini (kg) hesaplayınız,c) Gerekli olan mil işini (kW) hesaplayınız,d) İşlemi doymuş sıvı ve doymuş buhar eğrilerinin de yer aldığı T-vve P-v diyagramlarında gösterinizH20WeWmaThere is 3.5 L saturated liquid water at 175 kPa pressure in the frictionlessmoving piston-cylinder system shown in the figure. The heat given to the system is 500 kJ and theelectrical work is 1320 kJ. Since half of the water evaporates at constant pressure;Q = 500 kJa) Write the energy balance equation (First Law),b) Calculate the mass (kg) of water,c) Calculate the required shaft work (kW),d) Show the process in T-v and P-v diagrams, including saturated liquid and saturated vaporcurves

Given that the frictionless piston cylinder system contains saturated liquid water. Volume,…

Answered: There is 3.5 L saturated liquid water…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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There is 3.5 L saturated liquid water at 175 kPa pressure in the frictionless moving piston-cylinder system shown in the figure. The heat given to the system is 500 kJ and the electrical work is 1320 kJ. Since half of the water evaporates at constant pressure; a) Write the energy balance equation (First Law), b) Calculate the mass (kg) of water, c) Calculate the required shaft work (kW), d) Show the process in T-v and P-v diagrams, including saturated liquid and saturated vapor curves

Wun
35% 1) Şekildeki sürtünmesiz hareketli piston-silindir sisteminde 175 kPa
basınçta, 3,5 L doymuş sıVi su bulunmaktadır. Sisteme verilen ısı 500 kJ
ve elektrik işi 1320 kJ'dür. Suyun sabit basınçta yarısı buharlaştığına göre;
a) Enerji denge eşitliğini (I. Yasa) yazınız,
b) Suyun kütlesini (kg) hesaplayınız,
c) Gerekli olan mil işini (kW) hesaplayınız,
d) İşlemi doymuş sıvı ve doymuş buhar eğrilerinin de yer aldığı T-v
ve P-v diyagramlarında gösteriniz
H20
We
Wma
There is 3.5 L saturated liquid water at 175 kPa pressure in the frictionless
moving piston-cylinder system shown in the figure. The heat given to the system is 500 kJ and the
electrical work is 1320 kJ. Since half of the water evaporates at constant pressure;
Q = 500 kJ
a) Write the energy balance equation (First Law),
b) Calculate the mass (kg) of water,
c) Calculate the required shaft work (kW),
d) Show the process in T-v and P-v diagrams, including saturated liquid and saturated vapor
curves

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