B 110 mm diameter siphon draws water from the reservoir. Considering that the elevation differences, hi and h2 are 2,0 m and 5,0 m respectively, determine the; A a. Discharge of the water flowing through the siphon *(m³/s), b. Absolute pressure at Point B *(kPa). Draw the EL and HGL for a given system. Ns? Figure 2 Pwater = 1000 m4 kN Patm = 101,3 m2 ICLLUn it Sveter

B 110 mm diameter siphon draws water from the reservoir. Considering that the elevation differences, hi and h2 are 2,0 m and 5,0 m respectively, determine the; A a. Discharge of the water flowing through the siphon (m³/s), b. Absolute pressure at Point B (kPa). Draw the EL and HGL for a given system. Ns? Figure 2 Pwater = 1000 m4 kN Patm = 101,3 m2 ICLLUn it Sveter

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

See similar textbooks

Similar questions

Find the difference in pressure head and velocity of flow of an oil through a pipe, when the difference of mercury level in a different U-tube manometer connected to the two tappings of the pitot tube as 112 mm. Take co-efficient of the pitot tube ("L" shaped measuring instrument ) as 0.92 and sp. gr of oil = 0.8 %3D (Enter only the values in the boxes by considering units given in the bracket. Do not send the hand written answers to my mail Id) Difference in pressure head (unit in m) = Velocity of flow (unit in m/s) =
Find the force required to hold the blade in position, if the jet weight (100kg) and discharge (4001/sec) Air 25 kPa Blade Water 3m 65 Jet W
If the pressure in a tank of oil (sp gr 0.85) is 375kn/m2, what is the equivalent head; (a) in meters of the oil; (b) in meters of water; (c) in meters of mercury? NOTE: Clear handwritten solution
Question II Liquid of sp.gr and u is in a closed tank with air at pressure measured by a mechanical gauge. It is required to flow this liquid through a piping system connected to a tank as shown in Fig. with a flowrate Q. There are five available pumps with different maximum head which of them is suitable for this system? What power must supply to the pump if its efficiency is n=0.6? Pumps Ahmax-1 (m) Manometer Ahmax2 Ahmax-3 Ahmax-4 Ahmax-5 (m) (m) sp.gr. sp.gr. PAir hi h2 hs (kPa-G) (m) (m) (m) (m) (m) liquid 0.85 0.78 Piping System oil 2595 30 15 20 16 35 60 130 210 (Le/d): (Le/d) d. (poise) (m) (m) (km) (km) (cm) (mm) Elbow Valve 0.8 10.3 0.125 P° (h:)H.Ex. (m) Hig Z2 L1 L2 L4 Q (1/min) (kPa) 0.032 42 12 14 60 200 680 100.95 14 PAir 3 Closed L4 Oil Air h3 hz La L2 hi 21 Liquid H.Ex. Hg
6- Determine the type of flow in the water conveying pipe with a diameter of (20 cm) connected to a Vinguri scale with a neck diameter of (5 cm), where the reading of the manometer connected to the two ends of the scale was (Hg 15 cm). Note that: the density of mercury (gm/cm3 13.6) and the scale constant is 1
3.7 m 4 cm 3 diameter Group (D) 7.2 m Determine the discharge, the velocity of flow and pressure at the point (2)?
P1 = Patm 1 V 7.3 m/s %3D Flow h = 0.96 ft water 3 Density of water 1000 kg/m Determine the pressure at the point 3?
Please don't provide handwritten solution ....
Oil of specific gravity 0.80 is being pumped. A pressure gage located downstream of the pump reads 280 kpa. What is the pressure head in meter of oil?
P = Patm 1 Vį = 6.9 m/s Flow h = 0.89 ft water 2 Density of water = 1000 kg/m³ Determine the pressure at the point 3?
As quickly as possible please