tekstFlytt fremoverv P Juster vBildestilerS TilgjengelighetOrdneBeam AB in the figure is clamped at end A and has a plain bearing at end B (See figure). The beam hasone length egual to L and is subjected to an evenly distributed load equal to q.Ba) Use the unit load method to solve the statically indeterminate task and prove that thevertical the stock reaction in B is equal to 3qL/8.b) Assume L = 8m, q = 15kN / m, draw moment and shear force diagramD Fokus10°C

given data; ⇒load intensity (q)=15KN/m⇒length (l)=8m⇒lets take reaction force at B=RB⇒lets take…

Beam AB in the figure is clamped at end A and has a plain bearing at end B (See figure). The beam has one length equal to L and is subjected to an evenly distributed load equal to q. AB a) Use the unit load method to solve the statically indeterminate task and prove that the vertical the stock reaction in B is equal to 3qL/8. b) Assume L = 8m, q = 15kN / m, draw moment and shear force diagram O Fokus

Beam AB in the figure is clamped at end A and has a plain bearing at end B (See figure). The beam has one length equal to L and is subjected to an evenly distributed load equal to q. AB a) Use the unit load method to solve the statically indeterminate task and prove that the vertical the stock reaction in B is equal to 3qL/8. b) Assume L = 8m, q = 15kN / m, draw moment and shear force diagram O Fokus

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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Question

tekst
Flytt fremover
v P Juster v
Bildestiler
S Tilgjengelighet
Ordne
Beam AB in the figure is clamped at end A and has a plain bearing at end B (See figure). The beam has
one length egual to L and is subjected to an evenly distributed load equal to q.
B
a) Use the unit load method to solve the statically indeterminate task and prove that the
vertical the stock reaction in B is equal to 3qL/8.
b) Assume L = 8m, q = 15kN / m, draw moment and shear force diagram
D Fokus
10°C

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