help please steb by step solution $($P$1).$ A centrifugal pump, of ${32}^{\text{'}\text{'}}$ diameter, having the characteristics shown in Fig prob. $8$ is used to pump water at $60F$ between two large open tanks through $1500ft$ of $16-$in$.$diameter pipe. The pipeline contains $5$ regular flanged elbows, two check valve, and a fully open globe valve. Assume the friction factor for the $1500-f$ t section of pipe $f=0\mathrm{.}020.$ Other minor losses are negligible.

a$)$ If the static head $($difference in height of fluid surfaces in the two tanks$)$ is $150ft,$ what is the expected flowrate? Do you think this pump is a good choice? Explain.

b$)$ The pump inlet is located $2ft$ above the open water surface, the head loss between the water surface and the pump inlet is $16ft$ of water. Would you expect cavitation in the pump to be a problem? Assume standard atmospheric pressure. Explain how you arrived at your answer.

Figure $P1$