Objective:(i) Use the superposition method to verify your answer.(ii) Sketch V and M diagram for the beam.(iii) Select the wide-flange beam which should be used.Subject: Strength of materialsNote: My 50% solution is attached below. Kindly take a look at it and use the equation there to continue the following. Thanks! dy-(V)24E Iagain diffrentiating above equatiomy =13 ) du298EI[: at x=d, y so9.*) +24E5C2 =To 17-(vi)24EI30 EIIx) + loltニ(vi)24EI30E3..at x=0.OB =( fom equation (v)24EJS- SB = 04( fpom equation (vii)%3D30E1OB =- 9.2324ES30EJ A cantilever beam AB supporting a triangularly dis-tributed load of maximum intensity qo is shown in thefigure.Derive the equation of the deflection curve and thenobtain formulas for the deflection 8g and angle of rotationOz at the free end. (Note: Use the second-order differentialequation of the deflection curve.)X--L-Use superposition method to verify your answer.Sketch V and M diagram for the beam.Given q,= 40 kN/m, L = 4m. Knowing that for the grade of steel to be used oall = 165 MPa(compression) Gall = 115 MPa (tensile) and tall = 100 MPa, Select the wide-flange beam whichshould be used.

Drawing the free body diagram as shown below, RA=12×L×qoRA=qoL2 At a distance x from the right…

Answered: Objective: (i) Use the superposition…

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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Objective:
(i) Use the superposition method to verify your answer.
(ii) Sketch V and M diagram for the beam.
(iii) Select the wide-flange beam which should be used.

Subject: Strength of materials

Note: My 50% solution is attached below. Kindly take a look at it and use the equation there to continue the following. Thanks!

dy
-(V)
24E I
again diffrentiating above equatiom
y =
13 ) du
298EI
[
: at x=d, y so
9.
*) +
24E5
C2 =
To 17
-(vi)
24EI
30 EI
Ix) + lolt
ニ
(vi)
24EI
30E3
..
at x=0.
OB =
( fom equation (v)
24EJ
S- SB = 04
( fpom equation (vii)
%3D
30E1
OB =
- 9.23
24ES
30EJ

A cantilever beam AB supporting a triangularly dis-
tributed load of maximum intensity qo is shown in the
figure.
Derive the equation of the deflection curve and then
obtain formulas for the deflection 8g and angle of rotation
Oz at the free end. (Note: Use the second-order differential
equation of the deflection curve.)
X-
-L-
Use superposition method to verify your answer.
Sketch V and M diagram for the beam.
Given q,= 40 kN/m, L = 4m. Knowing that for the grade of steel to be used oall = 165 MPa
(compression) Gall = 115 MPa (tensile) and tall = 100 MPa, Select the wide-flange beam which
should be used.

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