Water flows downward in a pipe at 35 degrees as shown. The mercury manometer reads 125mm height difference. Determine the total pressure drop. a. 7.563 1. 90 m b. 4.155 c. 5.322 d. 2.645 WATER H20_ 350 125 mm Hg (1B.60)

Water flows downward in a pipe at 35 degrees as shown. The mercury manometer reads 125mm height difference. Determine the total pressure drop. a. 7.563 1. 90 m b. 4.155 c. 5.322 d. 2.645 WATER H20_ 350 125 mm Hg (1B.60)

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

أنت الآن Q-2 Water flows through a vertical contraction (venturi) section. Piezometers are attached to the upstream pipe and minimum area section as shown. The velocity in the pipe is 3 mis. The difference in elevation between the two water levels in the piezometers is 15 cm. What is the velocity at the minimum 15 cm area? 3 mis II
Medium lubricating oil (sg-D0.85) is pumped through 360m of horizontal 75mm pipe at the rate of 3.14L/s. If the drop in pressure is 300kPa. Compute for the absolute viscosity in Ns/m2 of the oil. a. 0.311 b. 0.206 C. 0.504 d. 0.790
For Fig. Water flows through a pipe at rate of 350 L/S. The Pipe consists of two sections of diameters 300mm and 150 mm with a smooth reducing section that connects them. The elevation difference between the two points on the pipe where the two arms of the mercury manometer are attached is 0.20m. Determine the reading of manometer (Answer with sketch)
Area of pipe 301.7 mm² Erlargement pipe diameter = Contraction pipe diameter Fitting Manometer Manometer H₁ H₂ Mitre 20cm 19cm Elbow 15cm 13cm Short Bend 16cm 15cm Enlargement 16cm 14cm Contraction 20cm 17cm Gate Valve Gauge Reading = 80Pa 26.2 mm 19.48 mm Head Loss H₁ - H₂ Vol Time V S 0.10m³ 15 0.10m³ 15 0.10m³ 15 0.10m³ 15 0.10m³ 15 Flow Rate m³/s Velocity v²/2g K m/s
Page 3 Ethyl alcohol flows in a pipe at 20°C. The pipe is not open to the atmosphere. The manometer fluid is mercury. Both manometers are open to the atmosphere. Elevations are given in cm. Find the pressure [Pa, gage] and velocity [m/s] at Point 1. 100 68 Assume steady, ideal flow. 58 50 39 Elev in cm NOT TO SCALE
سنب Fluid mechanics
An open tank with piezometers attached on the side contains two different liquids.Determine the elevation of the liquid in piezometer Achoices are:A. 2.2mB. 2mC. 2.4mD. 2.1m Find the pressure at the bottom of the tankchoices are: A. 18.59 Kpa B. 18.85 kPa C. 19.85 kPa D. 18.95 kPa Find the elevation of the liquid in piezometer Bchoices are: A. 0.918m B. 0.819m C. 0.189m D. 0.889m
B. Water flows in a tapering pipe vertically as shown in Fig. 2. Determine the manometer reading 'h'. The flow rate is 100 litter s, take SG mercury = 13.6, and y=9810 N/m Fig. 2 06m d2= 01m Water dia 02m 2 h Mercury
Calculate the pressure difference between points A and B for the differential manometer below.
Connected to an 18-inch water line is a 6-inch horizontal Venturi meter, with a meter coefficient of 0.94. Theobserved average deflection on the differential manometer from the start of the converging cone to the through is15 inches of a fluid with a specific gravity of 8.0. Compute for the head loss between the inlet and the throat.
hm 25mm diameter 75mm 2m diameter water 200mm 600mm Mercury (SG 13.6) The head lost from point 1 to point 2 is 4m. If the specific gravity of mercury is 13.6, determine the following: a) The velocity at point 1 is 2.30 m/s. b) The maximum height the water can reach "hm" if neglecting air friction is 21.87 m