TAKE Q= 750 R = 10 S = 40 T = 20 U = 3 Stiffness equation:WA; E;%3DBucketR13, A3´-Telescoping arm2, A24, A145°Figure Q1---------. (a)Figure Q1(a) shows a fire truck system which consist of a bucket attached at the endof the telescoping arm. Given that the mass of the bucket including the fireman is W= Q kg, the length of the telescoping arm given as l1 = l2 = l3 = R m, with cross-sectional areas of A1 = S cm?, A2 = T cm? and A3 = U cm? and Young's modulus, E =2.5 x 10' Pa.Q1Note: The values of Q, R, S, T and U depend on the respective 2nd, 3rd, 4th, 5th, and 6thdigits of your matric numbernumber is AD170154 gives the value of Q = 650 kg, R = 10 m, S = 40 cm², T = 10cm? and U = 4 cm?.shown in Table Q1. For example, if your matric(i)Analyze the total stiffness of the telescoping arm in a vertical direction.(ii)Determine the natural frequency of the system.

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Description: TAKE Q= 750 R = 10 S = 40 T = 20 U = 3 Stiffness equation:WA; E;%3DBucketR13, A3´-Telescoping arm2, A24, A145°Figure Q1---------. (a)Figure Q1(a) shows a fire truck system which consist of a bucket attached at the endof the telescoping arm. Given th

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Answered: Stiffness equation: W A¡E; kp Bucket R…

Engineering

Mechanical Engineering

Stiffness equation: W A¡E; kp Bucket R 13, A3 - Telescoping arm 2, A2 4, A1 45° Figure Q1 ----

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

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