Water flows in a branched pipe as shown in Figure Q10 below. The water flows from Pipe A with a 185 mm diameter dividing Into two smaller pipelines, Pipe D with a 95 mm diameter and Pipe B with an 83 mm diameter. The velocity in the 83 mm pipe (B) is 0.7 m/s and in the 95 mm pipe (D) is 0.55 m/s. Calculate the velocity in m/s and the mass flowrate in kg/s in the 185 mm pipe (A) If the density of the water is 1000 kg/m³. Enter your answers to three significant figures. Velocity: Mass Flow Rate: m/s. kg s'¹,

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Water flows in a branched pipe as shown in Figure Q10 below. The water flows from Pipe A with a 185 mm diameter dividing
Into two smaller pipelines, Pipe D with a 95 mm diameter and Pipe B with an 83 mm diameter. The velocity in the 83 mm
pipe (B) is 0.7 m/s and in the 95 mm pipe (D) is 0.55 m/s.
Calculate the velocity in m/s and the mass flowrate in kg/s in the 185 mm pipe (A) if the density of the water is 1000 kg/m³.
Enter your answers to three significant figures.
Velocity:
Mass Flow Rate:
m/s.
kg s-¹.
Transcribed Image Text:Water flows in a branched pipe as shown in Figure Q10 below. The water flows from Pipe A with a 185 mm diameter dividing Into two smaller pipelines, Pipe D with a 95 mm diameter and Pipe B with an 83 mm diameter. The velocity in the 83 mm pipe (B) is 0.7 m/s and in the 95 mm pipe (D) is 0.55 m/s. Calculate the velocity in m/s and the mass flowrate in kg/s in the 185 mm pipe (A) if the density of the water is 1000 kg/m³. Enter your answers to three significant figures. Velocity: Mass Flow Rate: m/s. kg s-¹.
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