The water pipe show below reduces from an 8.00cm diameter to a 6.000cm diameter. The pressure in the 8.00cm section is 9.50x10 N/m² and the pressure in the 6.00cm section is 7.50×10ʻN/m2 .1 8.00cm flow .2 6.00cm a) Find the ratio of the speed of the water at point1 to the speed at point 2 (find vị/v2). b) Find the speed at either point and find the volume flow rate in m'/min. Hint: Use the result from part a) and do some algebra

The water pipe show below reduces from an 8.00cm diameter to a 6.000cm diameter. The pressure in the 8.00cm section is 9.50x10 N/m² and the pressure in the 6.00cm section is 7.50×10ʻN/m2 .1 8.00cm flow .2 6.00cm a) Find the ratio of the speed of the water at point1 to the speed at point 2 (find vị/v2). b) Find the speed at either point and find the volume flow rate in m'/min. Hint: Use the result from part a) and do some algebra

Name: BP-10 The water pipe show below reduces from an 8.00cm diameter to a
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Description: BP-10 The water pipe show below reduces from an 8.00cm diameter to a 6.000cm diameter. The pressure inthe 8.00cm section is 9.50x10 N/m and the pressure in the 6.00cm section is 7.50x10ʻN/m2.1 8.00cmflow.2 6.00cma) Find the ratio of the speed of the

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter15: Fluid Mechanics

Section: Chapter Questions

Problem 69P

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