problem on $10-63.$

Show computations, procedures and solution values for the following:

$($A$)$ Energy equation application with boundary condition table for $P,V,Z$ values

$($B$)$ Use the Moody diagram to determine the initial estimate for friction factor value, $f$

$($C$)$ Show the verification procedure using $R_e$ and $/$d evaluate and identify the correct friction

factor and selection of $f_{\text{n}\text{e}\text{w}}$ if necessary according to procedure

$($D$)$ Compute the head loss due to pipe friction, $h_f(ft)$

$($E$)$ Compute the head loss due to minor losses, $h_m(ft)$

$($F$)$ Compute the flowrate in the pipe at $B,Q_B(f\frac{t^3}{s})$

$10-63$

Water flows from through the $3-$inch diameter galvanized iron pipe.

Pipe length $=150ft,$ include minor losses for flush entrance, $4$ elbows and globe valve.

Compute the discharge at $B.$problem on $10-63.$

Show computations, procedures and solution values for the following:

$($A$)$ Energy equation application with boundary condition table for P$,$ V$,$ Z values

$($B$)$ Use the Moody diagram to determine the initial estimate for friction factor value, $$

$($C$)$ Show the verification procedure using Re and $/$d evaluate and identify the correct friction

factor and selection of $$new if necessary according to procedure

$($D$)$ Compute the head loss due to pipe friction, h$($ft$)$

$($E$)$ Compute the head loss due to minor losses, hm $($ft$)$

$($F$)$ Compute the flowrate in the pipe at B$,$ QB $($ft$3$

$/$s$)$