write the discussion and conclusion please Result Table 1 Centrifugal pump experimental results Ru RPM Padm Pdise SN barbar (mm) Cum Torque (Nm) HT (0 Nhn w1 Nimw 1 3 4 5 2599 61 0 322 0 162 149 93 41 56 2599 61 0 322 0425149 62 39 22 2599 61 0 322 1 13 15439 35 11 2599 61 0 31 1 75 155 4 24 11 2599 61 0 291 54 156 09 14 6 0 994 933741 3352507 269 5082 12 43935 7 61467948 8289 272 2005 17 9366 1 14 80122 84 9662272 2305 31 21112 0 99 20 99898 82 77767 269 5082 30 71436 18 65443 44 53 272 2305 36 35746 C (l m) vs Ef 25 Ef 20 15 10 5 C(L m) Figure 2 performance characteristic curve of the centrifugal pump II CL m) vs Eff CL m) Figure 3 performance characteristic curve of the centrifugal pump with maximum efficiency Table 2 Axial pump experimental results Ru RPM Padm bar) Pdisc SN (bar) (mm) Cm) Torque (Nm) Ht (m Nh Nm (W) Ef 1 2 2602 56 2602 56 2607 56 2607 56 2602 56 3 4 5 0 9 09 09 0 07 151 34 89 11 0 08 151 87 9611 0 08 150 98 97,87 0 1 152 56 106 23 0 08 152 22 112 22 0 03 003 0 011 001 1 019368 14 85167 245 28556 054849 1 121305 1762017 245 2855 7 183534 1 121305 17 94283 245 2855 7 315081 112130519 4755 245 2855 7939931 0 917431 16 833 245 2855 6 862615 09 09 74 CL m) vs Eff Eff 0 120 C(L m) Figure 4 performance characteristic curve of the axial pump CL m) vs Eff Eff C(l m) Figure 5 performance characteristic curve of the axial pump with maximum Efficiency maximum efficiency of the axial pump 7 94 at volumetric flow rate 106 23 Limin Discussion Did the performance characteristic curve confirm with theoretical curves found in literature Explain Write one advantage and one disadvantage of each pump Discuss the calculations and the error What are the causes of low pump efficiency

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write the discussion and conclusion please Result Table 1  Centrifugal pump experimental results Ru RPM Padm Pdise SN barbar (mm) Cum Torque (Nm) HT (0   Nhn w1 Nimw 1 3 4 5 2599 61  0 322 0 162 149 93 41 56 2599 61  0 322 0425149 62 39 22 2599 61  0 322 1 13 15439 35 11 2599 61  0 31 1 75 155 4 24 11 2599 61  0 291 54 156 09 14 6 0 994 933741 3352507 269 5082 12 43935 7 61467948 8289 272 2005 17 9366 1 14 80122 84 9662272 2305 31 21112 0 99 20 99898 82 77767 269 5082 30 71436 18 65443 44 53 272 2305 36 35746 C (l m) vs Ef  25 Ef  20 15 10 5 C(L m) Figure 2   performance characteristic curve of the centrifugal pump  II CL m) vs Eff  CL m)   Figure 3  performance characteristic curve of the centrifugal pump with maximum efficiency Table 2  Axial pump experimental results Ru RPM Padm bar) Pdisc SN (bar) (mm) Cm) Torque (Nm) Ht (m Nh Nm (W) Ef 1 2 2602 56 2602 56 2607 56 2607 56 2602 56 3  4 5 0 9 09 09 0 07 151 34 89 11 0 08 151 87 9611 0 08 150 98 97,87 0 1 152 56 106 23 0 08 152 22 112 22  0 03  003  0 011  001 1 019368 14 85167 245 28556 054849 1 121305 1762017 245 2855 7 183534 1 121305 17 94283 245 2855 7 315081 112130519 4755 245 2855 7939931 0 917431 16 833 245 2855 6 862615 09 09 74 CL m) vs Eff  Eff  0 120 C(L m) Figure 4  performance characteristic curve of the axial pump   CL m) vs Eff Eff  C(l m) Figure 5 performance characteristic curve of the axial pump with maximum Efficiency maximum efficiency of the axial pump   7 94  at volumetric flow rate 106 23 Limin Discussion   Did the performance characteristic curve confirm with theoretical curves found in literature  Explain Write one advantage and one disadvantage of each pump  Discuss the calculations and the   error  What are the causes of low pump efficiency

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write the discussion and conclusion please Result Table 1: Centrifugal pump experimental results Ru RPM Padm Pdise SN barbar (mm) Cum Torque (Nm) HT (0

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