theta entry=8 degreestheta exit=24 degrees BentryWater jet00Bexitfigure 1.The horizontal reaction on the deflector (in Newton) isThe vertical reaction on the deflector (in Newton) is_ Ajet of water having a velocity of V m/s and a flow rate of 70 liters/sec. is deflected through anangle 0o, as shown in Figure I. (Note: angles are 0 entry at entry, 0 exit at exit). See figure 1.

Given values: Velocity of jet = V m/s Flow rate, Q = 70 l/sec= 0.07 m3/s θentry = 8°θexit = 24°…

Answered: Gentry Waterjet до Bexit figure 1. The…

Gentry Waterjet до Bexit figure 1. The horizontal reaction on the deflector (in Newton) is_ The vertical reaction on the deflector (in Newton) is__

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Coordinate Geometry of Survey

Coordinate geometry (COGO) is a method of inserting surveying or engineering data into geographic information system (GIS), computer-aided design (CAD), or mapping software. These data can be collected on the proposed construction site using standard surveying techniques and instrumentation or may be taken from existing maps, engineering plans, drawings, or records. Data gathered on the site includes coordinates of points, bearings, and distances between points. The data are noticed and noted through conventional surveying procedures, like a traverse or layout measurement series and it can be either digital or non-digital. The maps and plans are inclusive of boundaries, divisions, and other components, and these features are shown with coordinate values, the lengths, offset distance, and bearings between them.

Question

theta entry=8 degrees theta exit=24 degrees

Bentry
Water jet
00
Bexit
figure 1.
The horizontal reaction on the deflector (in Newton) is
The vertical reaction on the deflector (in Newton) is_

Ajet of water having a velocity of V m/s and a flow rate of 70 liters/sec. is deflected through an
angle 0o, as shown in Figure I. (Note: angles are 0 entry at entry, 0 exit at exit). See figure 1.

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