Which of the following is the correct expression for finding out the quantity of cooling water required in jet condensers?

Question

TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

mw=$\frac{m_s\{xh_{fg}+c_{pw}(t_{w1}-t_{w2})\}}{c_{pw}(t_{w2}-t_{w1})}$

TuteeHUB · Answer

mw=$\frac{m_s\{h_{fg}+c_{pw}(t_s-t_{w2})\}}{c_{pw} (t_{w2}-t_{w1})}$

TuteeHUB · Answer

mw=$\frac{m_s\{xh_{fg}+c_{pw}(t_s-t_{w2})\}}{t_{w2}-t_{w1})}$

TuteeHUB · Answer

mw=$\frac{m_s\{xh_{fg}+c_{pw}(t_s-t_{w2})\}}{c_{pw} (t_{w2}-t_{w1})}$

1.	Which of the following is the correct expression for finding out the quantity of cooling water required in jet condensers?
A.	mw=\(\frac{m_s\{xh_{fg}+c_{pw}(t_{w1}-t_{w2})\}}{c_{pw}(t_{w2}-t_{w1})}\)
B.	mw=\(\frac{m_s\{h_{fg}+c_{pw}(t_s-t_{w2})\}}{c_{pw} (t_{w2}-t_{w1})}\)
C.	mw=\(\frac{m_s\{xh_{fg}+c_{pw}(t_s-t_{w2})\}}{t_{w2}-t_{w1})}\)
D.	mw=\(\frac{m_s\{xh_{fg}+c_{pw}(t_s-t_{w2})\}}{c_{pw} (t_{w2}-t_{w1})}\)
Answer» E.

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