QUESTION 1 [25 MARKS] A system delivering pure water to an aerospace manufacturing company uses the system structure seen in figure 1. The pump is set to 2.5 psi and water flows from the reservoir to points C, E and D. Given the outlets at section C and D are discharged as free jets, and outlet E is discharges to atmospheric pressure. Assuming no losses ($60.98, 9-9.80665 m/s, A=0.0061 K/m, R-287.058J kg K' & diameter for sections C-5mm and D = 7.5mm, and 2.5mm for section E) a) Find the atmospheric pressure at 4134 ft (h) give an ISA+7 conditions and a barometer at MSL reading 998mbar b) Given ISA+7 conditions solve the following questions: a. Draw the total Head Diagram of the system b. Find the volumetric flow rate (Litres/Hour) of the water at sections C, E and D c) How many days before the tank needs to be refilled if it holds 20,000L and is used 2 hours per day? 4134 Pump Figure 1. Fuel tank undergoing lateral acceleration