ANSWER FOUR QUESTIONS ONLY. THE QUESTIONS WITH EQUAL MARKES AND WITH ONE CHART.Q.1. Water enters the mixing device shown in figure below, at (150 liter/sec) through pipe (A), while oil withspecific gravity (0.8) is forced in at (30 liter/sec) through pipe (B). If the liquids are incompressible and form ahomogeneous mixture of oil globules in water, find the average velocity and density of the mixture leaving throughthe (30 cm) diameter pipe (c).CMixtureQ.2.Water at (20°c) flows upward at (4 m/sec) in a (6 cm) diameter pipe. The pipe length between points (1), (2)is (5m), and point (2) is (3m) higher. A mercury Manometer, connected between (1) and (2), has a reading(h=135 mm), with (P1) higher, a- what is the pressure change (p1-p2)?, b- what is the head loss?= 3mh- 135 mmWaterMuryQ.3. A pump delivers (1500 liter/min) of water against a pressure rise of (270 kPa). Kinetic and potential energychanges are negligible. If the driving motor supplies (9kW), what is the pump efficiency.B. Evaluate the pressure drop for the incompressible fluid of the laminar flow through the straight pipe.Q.4.Kerosene fluid (S.G.=0.88) enters the cylindrical arrangement of the figure below at section (1), at (0.08N/sec).The (80 mm) diameter plates are (2mm) apart. Assuming steady flow, compute the inlet average velocity(u1), outlet average velocity (u2) assuming radial flow, and outlet volume flux.D:BOrmmh=3mmD,4 mmB-Evaluate the head loss for the pipes in series and in parallel, showing the relation with the hydraulic grade linefor each one.Q.5.A. Oil, with mass density of (900 kg/m3) and kinematic viscosity of (0.00001 m²/sec), flows at (0.2m /sec) through (500m) long and (200 mm) diameter, cast-Iron pipe with roughness of (0.26mm).Determine : a- the head loss, b- the pressure drop if the pipe slopes down at (10°) in the flow direction.GOOD LUCK

Answered: Image /qna-images/answer/653d4c79-327b-4945-a0e3-58e545c6a907.jpg

Answered: homogeneous mixture of oil globules in…

homogeneous mixture of oil globules in water, find the average velocity and density of the mixture leaving through the (30 cm) diameter pipe (c).

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

I need the answer as soon as possible
Oil having sp. gr. of 0.9 and viscosity v 0.0002 m2/s flows upward through an inclined pipe as shown. Determine the flow rate. Ans. 7.64 L/s 6 cm diameter P2 250 kPa 40 Pi 350 kPa
Solve step by step
An oil of sp. gr. 0.9 is contained in a vessel. At a point the height of oil is 40 m. Find the corresponding height of water at the point.
Q2: A drop of liguid foluen is kept al uniform temperkure t 299 K and is suspended in air by a fine wire. The initid radius at r= 2mm. The vapor pressure of foluene 299K is f=384 Kfe and the density of liguid toluene is 366 ky Im 3. Derive equation for the time tp for the drop b evupurete Completely in a large volume of still air Calculate the tine in seconds for Complete evaporahion.
When the accumulated liquid along the bottom of the pipe or in a well reaches a certain level and "plugs" the pipe, the higher velocity gas gets blocked. Select one: O True O False
سنب Fluid mechanics
Local atmospheric pressure is 14.2 psia. Determine the absolute pressure in the pipeline.
5p In the figure, the pipe losses are one and a half times the velocity head at point 2 (1.5v^2/2g.) What is the value of v2? In the figure, the pipe losses are one and a half times the velocity head at point 2 (1.5v₂/2g.) What is the value of v₂? Air: 20 lb /in2 gage Gasoline = 0.68 D = 2 in Water O 76.39 ft/s 37.25 ft/s O 50.7 ft/s 30.5 ft/s 5 ft Fig. 8-66
An ideal liquid flowing through a pipe A of cross-section 0.2m² with velocity 10m/s enters a T-junction. One side of the T-junction B has cross-section area 0.1m² and the other side Chascross-section area 0.05m². If the velocity of water in C is 15m/s then in B the velocity is
English (United States) Oil at 80°C (p = 56.8 lbm/ft³ and μ = 0.00278 lbm/ft*s) is flowing steadily in a 0.5-in-diameter, 120-ft-long-pipe. During the flow, the pressure at the pipe inlet and exit is measured to be 120 psi and 14 psi, respectively. Determine the volumetric flow rate of oil through the pipe assuming the pipe is inclined 20° downward. Accessibility: Investigate X TO