DETERMINE THE FFG: SUPPORT REACTIONS, • SHEAR AND MOMENT EQUATIONS. FOR THE LAST SEGMENT USE THE FBD OF THE RIGHT SECTION, SHEAR AND MOMENT ORDINATES, USE RELATIONSHIP BETWEEN THE LOAD, SHEAR & MOMENT DIAGRAM, • DRAW THE SHEAR AND MOMENT DIAGRAMS, . IF ANY, LOCATE THE POSITION OF THE POINT OF ZERO SHEAR, POINT OF INFLECTION AND MAGNITUDE & LOCATION OF THE MAXIMUM MOMENT.

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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Minimum of 3 decimal places in all computations. 

DETERMINE THE FFG:
SUPPORT REACTIONS,
SHEAR AND MOMENT EQUATIONS. FOR THE LAST SEGMENT USE
THE FBD OF THE RIGHT SECTION,
.
SHEAR AND MOMENT ORDINATES, USE RELATIONSHIP BETWEEN
THE LOAD, SHEAR & MOMENT DIAGRAM,
DRAW THE SHEAR AND MOMENT DIAGRAMS,
.
IF ANY, LOCATE THE POSITION OF THE POINT OF ZERO SHEAR,
POINT OF INFLECTION AND MAGNITUDE & LOCATION OF THE
MAXIMUM MOMENT.
P1
W2
PROB 01
P1 = 7 KN
P2 = 2 KN
P3 = 9 KN
L1 = 5m
L2 = 6m
L3 = 7m
W1
B
W1 = 4 KN/m
W2 = 3 KN/m
B = 350 mm
-L2
Transcribed Image Text:DETERMINE THE FFG: SUPPORT REACTIONS, SHEAR AND MOMENT EQUATIONS. FOR THE LAST SEGMENT USE THE FBD OF THE RIGHT SECTION, . SHEAR AND MOMENT ORDINATES, USE RELATIONSHIP BETWEEN THE LOAD, SHEAR & MOMENT DIAGRAM, DRAW THE SHEAR AND MOMENT DIAGRAMS, . IF ANY, LOCATE THE POSITION OF THE POINT OF ZERO SHEAR, POINT OF INFLECTION AND MAGNITUDE & LOCATION OF THE MAXIMUM MOMENT. P1 W2 PROB 01 P1 = 7 KN P2 = 2 KN P3 = 9 KN L1 = 5m L2 = 6m L3 = 7m W1 B W1 = 4 KN/m W2 = 3 KN/m B = 350 mm -L2
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