Hello could I please have a written solution for this past paper question. Correct answers have been circled Question 7:which equation represents the horizontal y-direction component of thelinear momentum?vol sft bo(a)R, = P, "D P D- P,"44+V,pQ2 -V,pQ,(b)T DR, = P, -4+P,%3D+V,pQ, +V3PQ,3.4(c) " - P,"-V,pQ;-V,pQ,t DR, = P, -4T D4(d)R, = P,TD _p,TD -V,pQ; +V,pQ,-V,pQ,+V½PQ;44(e)none of the aboveQuestion 8:What is the colume flow-rate at section (2)?(a)5.288 m/s10.987 m²/s2.989 m³/s(c)14.329 m/s(p)1.112 m³/s(e)velocity onQuestion 9:What is the pressure (P3) at section (3)?194 kPa(a)227 kPa(b)232 kPa(c)45.8 kPa(d)137 kPaQuestion 10:What is the pressure (P2) at section (2)?405 kPa(a)D 185 KPa(c)232 kPaofl has195.3 kPa237 kPa Problem II. Frictionless, incompressible, one dimensional flow of the water passesthrough the horizontal tee-connection sketched in Figure II. Each pipe has an inside diameterof Im.STR erds bas 1 nolaiq Section (3) n u ofpotol bsiiqmSection (2)Q3= 10m³/syL (d)P2A2P3A3(b)(9)Section (1)Vi= 6m/sP1= 200 kPaPIAISA taloLis su ai tedW(E)Figure II(b)Question 6:Which equation represents the horizontal x-direction component of the linear momentum?(а)R. = P -49) ooteiq no gnins se(b)+V,pQ2R = P4(2)T D(c)R = P,+V,pQ,%3D4(d)R, = P,-V,pQ;4(е) попе of the above

Problem II. Frictionless, incompressible, one dimensional flow of the water passes through the horizontal tee-connection sketched in Figure II. Each pipe has an inside diameter of Im. Section (2) Q3= 10m³/s y (n) (d) (0) (b) (9) P3A3 P242 tcinCH Section (1) Vi= 6m/s P 200 kPa PIAI SA taloLis su t or ai teW Figure II (d) (b) Question 6: Which equation represents the horizontal x-direction component of the linear momentum? (a) R = P,-V,pQ, 4 9)goteig no amtan ee (b) R = P,- 4 (c) R = P,+V,pQ, 4 (d) R, = P,-V,pQ: 4 (e) none of the above

Problem II. Frictionless, incompressible, one dimensional flow of the water passes through the horizontal tee-connection sketched in Figure II. Each pipe has an inside diameter of Im. Section (2) Q3= 10m³/s y (n) (d) (0) (b) (9) P3A3 P242 tcinCH Section (1) Vi= 6m/s P 200 kPa PIAI SA taloLis su t or ai teW Figure II (d) (b) Question 6: Which equation represents the horizontal x-direction component of the linear momentum? (a) R = P,-V,pQ, 4 9)goteig no amtan ee (b) R = P,- 4 (c) R = P,+V,pQ, 4 (d) R, = P,-V,pQ: 4 (e) none of the above

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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Give me both solutions otherwise leave it Note: I need typed answers only
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