At a point in a steady, inviscid and irrotational water flow field far from the object the piezometric pressure and velocity are 75 kPa and 3.0 m/s, respectively. What is the velocity near a point of the body when the pressure coefficient is -2.0? Select one O a velocity = 4.24 m/s %3D Ob. velocity = 6.10 m/s O C. velocity = 4.74 m/s %3D Od velocity = 5.61 m/s O e. velocity = 5.20 m/s

At a point in a steady, inviscid and irrotational water flow field far from the object the piezometric pressure and velocity are 75 kPa and 3.0 m/s, respectively. What is the velocity near a point of the body when the pressure coefficient is -2.0? Select one O a velocity = 4.24 m/s %3D Ob. velocity = 6.10 m/s O C. velocity = 4.74 m/s %3D Od velocity = 5.61 m/s O e. velocity = 5.20 m/s

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

B3
Fluid Mechanics
1. A fluid is bounded by two parallel plates of infinite width and length as shown in FIGURE Q1. The upper plate moves at 7 m/s, and the lower plate is fixed. The fluid's dynamic viscosity is 1.85X105 N.s/m?. Assume Couette flow with pressure gradient, = 0.1 N/m³. a. Propose the discretization method to solve Couette flow equation with pressure gradient below. Let the number of nodes, n = 9, the distance between the nodes is 0.05 m. Obtain the velocity of all the internal nodes using the matrix inversion method and the iterative method. Compare the results and the effectiveness of both methods (in terms of calculation effort and ease of setting up the problem). + b. Flow shear stress is governed by the following equation ôu Propose the discretization method to solve the above equation and calculate the shear stress at node 1. Describe the condition in tems of the pressure gradient when the shear stress at the bottom plate is zero. Moving plate at Um/s N= N-1 `Fixed plate FIGURE Q1
Marked out of 1.00 Flag question A fluid jet (S=1.4) of velocity V, =20 m/st %3D20m/s impinges normal to a flat plate which moves to the right at velocity V =15 m/s. Find the horizontal force required to keep the plate moving at constant velocity, the jet area is 3 cm. Noude
The fluid particles do not rotate about their own axis in an irrotational fluid flow. Select one: True False
I need answers in less than an hour T.T. Thank you!
24-Neglecting friction forces, and the radius of the pulley. Determine the following: 1- The tension force in the cable ADB. 2- The reaction forces at C, and draw the Free Body Diagram (FBD). Fig. (4) 140 N 80 mm 80 mm B 200 mm 150 mm
2) Consider steady state, laminar flow of a fluid in the -y direction between two parallel and vertical plates with a distance of h. Plate A is stationary. Plate B moves in -y direction, as shown below. Derive an equation for the velocity profile. Hint: Choose a volume element and state all your assumptions. 5m/s A B Direction of flow
PLEASE ANSWER IN A CLEAN AND COMPLETE MANNER. THANK YOU
From the question he has wrote the given infomation. i dont understand how he has got that from the question
Fluid Mechanics Expert Please