For the piping system described above, determine:

$($a$)$ Sketch and fully label your design of the piping system based on the criteria described above:

$($b$)$ the Static Head;

$($c$)$ the Reynold's number:

$($d$)$ the relative roughness of the pipe:

$($e$)$ the friction factor $($using the Moody formula$)$:

$($f$)$ the total K factor for the filtings:

$($g$)$ the total head loss for pipe and fittings:

Please Provide

$($h$)$ the Dynamic Head;

$($i$)$ the System Head;

$($j$)$ the System Head Equation in terms of the volumetric flow rate

$($k$)$ the Fluid Power:

$($I$)$ the Pump shaft Power, given that it has an efficiency of $\backslash (72\backslash \%\backslash )$ at the given flow rate.

$\backslash ((\backslash$mathrm$\{$m$\})\backslash )$ Research $2$ online methods of calculating the friction factor for the above conditions