A simply-supported beam is pin-supported at A and roller-supported at B. If P;=19kN, P2=16KN, w,=10kN/m. The reactions at A and B are, +30kN and +45KN, respectively. 1. Draw the shear diagram using shear functions only. Determine pertinent cutting points, draw all necessary FBDS, and clearly write all shear equations. Use the indicated reference axes w/ point A as the origin. |Vmax| = ? 2. Draw the moment diagram without using moment equations – i.e., by purely relying on the relationship between shear and bending diagrams. |Mmax|= ?

A simply-supported beam is pin-supported at A and roller-supported at B. If P;=19kN, P2=16KN, w,=10kN/m. The reactions at A and B are, +30kN and +45KN, respectively. 1. Draw the shear diagram using shear functions only. Determine pertinent cutting points, draw all necessary FBDS, and clearly write all shear equations. Use the indicated reference axes w/ point A as the origin. |Vmax| = ? 2. Draw the moment diagram without using moment equations – i.e., by purely relying on the relationship between shear and bending diagrams. |Mmax|= ?

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

A simply-supported beam is pin-supported
at A and roller-supported at B. If
P;=19KN, P,=16KN, w,=10KN/m. The
reactions at A and B are, +30kN and +45KN,
respectively.
(m)
1. Draw the shear diagram using shear
functions only. Determine pertinent cutting
points, draw all necessary FBDS, and
clearly write all shear equations. Use the
indicated reference axes w/ point A as the
origin.
|Vmax| = ?
2. Draw the moment diagram without using
moment equations – i.e., by purely relying
on the relationship between shear and
bending diagrams.
|Mmax|= ?

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