QUESTION 4 Oil with a specific gravity of 0.892 flows through a piping system and enters pipe 1 at a rate of
1.388\times 10^(-3)(m^(3))/(s)
as shown in Figure 4.1. The flow divides equally in pipes 3 and 4. Evaluate: 4.1 The total mass flow rate in the pipes 1 and 3 . (10) 4.2 The average velocity in 1 and 3 . (4) 4.3 The mass velocity in 1 . (2) Figure 4. 1: Piping arrangement [16 Marks] [TOTAL: 65 MARKS] (C) UNISA 2024 cset.myexams.unisa.ac.za

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QUESTION 4 Oil with a specific gravity of 0.892 flows through a piping system and enters pipe 1 at a rate of

1.388\times 10^(-3)(m^(3))/(s)

as shown in Figure 4.1. The flow divides equally in pipes 3 and 4. Evaluate: 4.1 The total mass flow rate in the pipes 1 and 3 . (10) 4.2 The average velocity in 1 and 3 . (4) 4.3 The mass velocity in 1 . (2) Figure 4. 1: Piping arrangement [16 Marks] [TOTAL: 65 MARKS] (C) UNISA 2024 cset.myexams.unisa.ac.za

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