AT-Shaped beam has a length of L-3.5 m is acted upon by the distributed load as shown which has a maximum intensity of w- 597 N/m Support A is constrained by rollers in a slot which is allows the beam to move freely in the vertical direction but cannot move horizontaly nor can it rotate. Support Bis smooth contact on an incline with proportionality as shown. You can assume that the beam is of negligibie thickness and weight and that al contact is trictioniess. 1/3L 2/3L 主 B 3 A L Determine the following a The magnitude of the equivalent resultant force created by the distributed loads. b. The equivalent location of the resultant force measured from A c The magnitude of the reaction force at support B d. The reaction forces and/or moments at support A

Elements Of Electromagnetics
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Determine the magnitude of the equivalent resultant force created by the distributed loads.
Express your answer in units of N to three significant figures.
AEd It vec
?
FR =
N
Transcribed Image Text:Determine the magnitude of the equivalent resultant force created by the distributed loads. Express your answer in units of N to three significant figures. AEd It vec ? FR = N
AT-Shaped beam has a length of L- 35 m is acted upon by the distributed load as shown which has a maximum intensity of w- 597 N/m
Support
ort A isco
constrained by rollers in a slot which is allows the beam to move freely in the vertical direction but cannot move horizontally nor can it rotate.
Support Bis smooth contact on an incline with proportionality as shown.
You can assume that the beam is of negligibie thickness and weight and that al contact is frictionless.
13L
2/3L
B
5
3
A
L
Determine the following
a The magnitude of the equivalent resultant force created by the distributed loads.
b. The equivalent location of the resultant force measured from A
c The magnitude of the reaction force at support B
d. The reaction forces and/or moments at support A.
Transcribed Image Text:AT-Shaped beam has a length of L- 35 m is acted upon by the distributed load as shown which has a maximum intensity of w- 597 N/m Support ort A isco constrained by rollers in a slot which is allows the beam to move freely in the vertical direction but cannot move horizontally nor can it rotate. Support Bis smooth contact on an incline with proportionality as shown. You can assume that the beam is of negligibie thickness and weight and that al contact is frictionless. 13L 2/3L B 5 3 A L Determine the following a The magnitude of the equivalent resultant force created by the distributed loads. b. The equivalent location of the resultant force measured from A c The magnitude of the reaction force at support B d. The reaction forces and/or moments at support A.
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