i . In. 3ºd 1 & 0:19ぐمن ۱Water flows steadily through a splitter as shown in the figure with volumeflow rate of Q= 0.08 m/s and Q = 0.05 m/s. the diameter at section 1 andsection 2 are (D3=D2= 12 cm) and the diameter of section 3 (D3= 10 cm). ifthe pressure readings are (P,= 100 kPa, P2= 90 kPa, P3= 80 kPa), calculatethe force needed to hold the splitter at place. Disregard the weight effects.ابوالفظل5:15p äclul 21.07.01>

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Water flows steadily through a splitter as shown in the figure with volume flow rate of Q,= 0.08 m/s and Q, = 0.05 m/s. the diameter at section 1 and section 2 are (D,=D;= 12 cm) and the diameter of section 3 (D3= 10 cm). i the pressure readings are (P= 100 kPa, P2= 90 kPa, P3= 80 kPa), calculate the force needed to hold the splitter at place. Disregard the weight effects.

Water flows steadily through a splitter as shown in the figure with volume flow rate of Q,= 0.08 m/s and Q, = 0.05 m/s. the diameter at section 1 and section 2 are (D,=D;= 12 cm) and the diameter of section 3 (D3= 10 cm). i the pressure readings are (P= 100 kPa, P2= 90 kPa, P3= 80 kPa), calculate the force needed to hold the splitter at place. Disregard the weight effects.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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i . In. 3º
d 1 & 0:19
ぐ
من ۱
Water flows steadily through a splitter as shown in the figure with volume
flow rate of Q= 0.08 m/s and Q = 0.05 m/s. the diameter at section 1 and
section 2 are (D3=D2= 12 cm) and the diameter of section 3 (D3= 10 cm). if
the pressure readings are (P,= 100 kPa, P2= 90 kPa, P3= 80 kPa), calculate
the force needed to hold the splitter at place. Disregard the weight effects.
ابوالفظل
5:15p äclul 21.07.01
>

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