Please both

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gurstiok : has mavimum capacily A pipe wht the diameter and lerigh of 115km and 27km. respectively is corvedsd at the boflow of the lank Carculate the fine afor nucten 8030 Figure 1: Schematic lllustrafion of a reservoir [20 Marks] QUESTION 2 A gravily-driven flow system is used to feed oil from tank (A) inlo a second tank (B). The elevation difference between the tanks is 55m. The system also includes 110m of galvanized iron piping with 2 bends (90) and a wide-open giotie valve. The density and dynamic viscosity are =820kg/m3 and =0.0239kg/ms, respectively Kl=1.1 for sharp edged entrance, KL=0.05 for the exit, Kl=0.5 for bends (90), and KL=10 for the wide-open globe valve. The diameter and roughness of the pipe are 80mm and = 0.00015m respectively. If the flow rate is 0.026m3/s, calculate the pressure drop between the two tanks. [20 Marks] QUESTION 3 [TURN OVER] TPH3701 Assessment 1/2023 Study Figure 2 below and calculate the pressure at point A if atmospheric pressure is 101.325kPa Figure 1: Schematic illustration of a reservoir [20 Marks] UESTION 2 gravily-driven fiow system is used to feed oil from tank (A) into a second tank (B). The evation difference between the tanks is 55m. The system also includes 110m of alvanized iron piping with 2 bends (90) and a wide-open globe valve. The density and ynamic viscosity are =820kg/m3 and =0.0239kg/ms. respectively. KL=1.1 for harp edged entrance, KL=0.05 for the exit, KL=0.5 for bends (90) and KL=10 for the ide-open globe valve. The diameter and roughness of the pipe are 80mm and = 00015m, respectively. If the flow rate is 0.026m3/s, caiculate the pressure drop between he two tanks. [20 Marks] UUESTION 3 [TURN OVER] PPH3701 Assessment 1/2023 Study Figure 2 below and calculate the pressure at point A if atmospheric pressure is 101. 325kPa