What is the expression for Averaged convective heat transfer coefficient for a vertical condenser?

h VER =0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.33} )

hVER=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.25} )

hVER=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.33} )

hVER=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.35} )

hVER=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{25} )

What is the expression for Averaged convective heat transfer coefficie

1.	What is the expression for Averaged convective heat transfer coefficient for a vertical condenser?
A.	h<sub>VER</sub>=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.25} )
B.	h<sub>VER</sub>=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.33} )
C.	h<sub>VER</sub>=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.35} )
D.	h<sub>VER</sub>=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{25} )
Answer» B. h<sub>VER</sub>=0.943 ([ frac{K^3 p^2 g h_{fg}}{ mu L(T_{sat} T_L )}]^{0.33} )