please solve in one hour with proper steps, i will give you 3 likes

Question 3 (Total: 25 marks) A water delivery system is used to transport water in a production facility at a rate of 5Lmin1. In Figure 2.1, you can observe part of the system, in particular between point (1) and points (3). The pressure in points (1), (2) and (3) are 12kPa,11kPa and 10kPa, respectively. The density and viscosity of water are 1000kgm3 and 1103Pas, respectively. The pipe between the two fittings is vertical. All materials have a roughness of 1.8104m. Figure 2.1 Water delivery system Turn page a) Determine the values of velocity (v) and height (h) for points (1), (2), and (3). State all your assumptions. [4 marks] b) Determine the friction head loss between points (1) and (2) and between points (1) and (3). Compare the two values of friction head loss. [9 marks] c) Calculate the friction loss factors (K) of the two fittings in the pipe system. A Moody chart is given in the appendix. Table 1. Loss Coefficients for pipe components Table 2. Equivalent roughness for new pipes