DEVELOP THE FOLLOWING CASTIGLIANO THEOREM EXERCISE STEP BY STEP, PLACING THE MISSING STEPS 9-39. Solve Prob. 9-38 using Castigliano's theorem.The moment function is shown in Fig. a. HereWOLM =4-x-=Wo3L³. ThusWOLXOM dx4Ac =- [~ (~~) - ² / (+-+-+M= 2OPEIJOWOL4120EIWo-x³3LΕΙOM 1aP=2.x.dxAlso, set P = 0, then£+M=£x+ w/² x - W₁² x ³WoWOLWoJRPWo(a)Bاد½/22 wol€ +W

To find the deflection at point C using Castigliano's theorem.

9-39. Solve Prob. 9-38 using Castigliano's theorem. M 1 The moment function is shown in Fig. a. Here = -x. Also, set P= 0, then WOL M = 4 Ac ・I²M(² = WO 3L WOL4 120EI x³. Thus aM dx OP EI ↓ JP WO X ( ( + - ++) (+) 4 3L Jo ΕΙ = 2 dx + WOL M = £ x +w+ ²x - Wo x ³ 3 3² V Wo 1/1/22 P Wo رمان (a) B 31/12 £+ N WOL

9-39. Solve Prob. 9-38 using Castigliano's theorem. M 1 The moment function is shown in Fig. a. Here = -x. Also, set P= 0, then WOL M = 4 Ac ・I²M(² = WO 3L WOL4 120EI x³. Thus aM dx OP EI ↓ JP WO X ( ( + - ++) (+) 4 3L Jo ΕΙ = 2 dx + WOL M = £ x +w+ ²x - Wo x ³ 3 3² V Wo 1/1/22 P Wo رمان (a) B 31/12 £+ N WOL

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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