Q4 / Water flows through Plate-Orifice. The following data is available:- 1- Discharge coefficient Ca = 0.62 and velocity coefficient C, = 0.9. 2- Diameter of pipe, di = 0.6 (m). 3- Diameter of orifice, d2 = 0.2 (m). 4- Water pressure at point No. (1) before the Orifice, P1 = 0.981 (Bar). 5- Water pressure at point No. (2) after the Orifice, P2 = 68.67 (KN/m²). Find: 1-Water flow rate Q in the pipe. 2- Water flow velocity in the pipe v1. 3-Water flow velocity through the Orifice v2 .
Q4 / Water flows through Plate-Orifice. The following data is available:- 1- Discharge coefficient Ca = 0.62 and velocity coefficient C, = 0.9. 2- Diameter of pipe, di = 0.6 (m). 3- Diameter of orifice, d2 = 0.2 (m). 4- Water pressure at point No. (1) before the Orifice, P1 = 0.981 (Bar). 5- Water pressure at point No. (2) after the Orifice, P2 = 68.67 (KN/m²). Find: 1-Water flow rate Q in the pipe. 2- Water flow velocity in the pipe v1. 3-Water flow velocity through the Orifice v2 .
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![Q4 / Water flows through Plate-Orifice . The following data is
available:-
1- Discharge coefficient Ca = 0.62 and velocity coefficient C, = 0.9.
2- Diameter of pipe, di = 0.6 (m).
3- Diameter of orifice, d2 = 0.2 (m).
4- Water pressure at point No. (1) before the Orifice, P1 = 0.981 (Bar).
5- Water pressure at point No. (2) after the Orifice, P2 = 68.67
(KN/m²).
Find:
1-Water flow rate Q in the pipe.
2- Water flow velocity in the pipe v1.
3-Water flow velocity through the Orifice v2 .](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F62f76c43-3390-4878-8be8-3efb19d73acd%2F2dca093b-c5c2-4f27-9a7f-94b7acee16db%2F0ithqp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4 / Water flows through Plate-Orifice . The following data is
available:-
1- Discharge coefficient Ca = 0.62 and velocity coefficient C, = 0.9.
2- Diameter of pipe, di = 0.6 (m).
3- Diameter of orifice, d2 = 0.2 (m).
4- Water pressure at point No. (1) before the Orifice, P1 = 0.981 (Bar).
5- Water pressure at point No. (2) after the Orifice, P2 = 68.67
(KN/m²).
Find:
1-Water flow rate Q in the pipe.
2- Water flow velocity in the pipe v1.
3-Water flow velocity through the Orifice v2 .
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