A PV module is directly connected to a water pump that needs to raise water $10$ft high through $70$ft of $1/2"$ plastic tubing with twenty $90$ ells as shown below The pump curves of head H versus flow Q as a function of input voltage are shown below The hour$-$by$-$hour IV curves for the PV module are shown in the next figure along with the pump IV curve. Using the tables $6\mathrm{.}17$ and $6\mathrm{.}18$ in the textbook, find the equivalent length of pipe and ells to create a hydraulic system curve similar to that in figure $6\mathrm{.}45$ in our textbook. Remember to include the $10$ feet of static head. Plot that system curve on top of the pump curves. Now find the hour$-$by$-$hour pumping rate and estimate the total water pumped for the entire day. Consider how the pump initially starts up in the morning in your analysis.