PROBLEM 4 The water flowing out of a tap has a constant flow Q- 17.4 10 m/s. The diameter of the flow is measured in two places: 1) at the exit point From the tap and it is D₁-1.5 cm, 2) after the water has descended by an Amount h and it is D₂ = 1.0 cm. Assuming that the section of the water flow Is perfectly circular compute: a) the speed of the water in each of the sections
PROBLEM 4 The water flowing out of a tap has a constant flow Q- 17.4 10 m/s. The diameter of the flow is measured in two places: 1) at the exit point From the tap and it is D₁-1.5 cm, 2) after the water has descended by an Amount h and it is D₂ = 1.0 cm. Assuming that the section of the water flow Is perfectly circular compute: a) the speed of the water in each of the sections
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Transcribed Image Text:Answer Step-wise with detailed explantions
Please Answer the following question step-wise with detailed explanations.
Thanks in advance
PROBLEM 4
The water flowing out of a tap has a constant flow Q= 17.4 10 m³/s.
The diameter of the flow is measured in two places: 1) at the exit point
From the tap and it is D₁-1.5 cm, 2) after the water has descended by an
Amount h and it is D₂= 1.0 cm. Assuming that the section of the water flow
Is perfectly circular compute:
a) the speed of the water in each of the sections
Transcribed Image Text:D
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