What is the force acting on the fixed points of an inclined bar?

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The discussion centers on determining the force acting on the fixed points of an inclined bar secured between two walls. The user inquires about the downward force exerted on these points due to the bar's weight. They suggest that the load at the fixture points is parallel to the weight of the bar, acting at its midpoint, and question if this assumption is correct. The post highlights a lack of responses, indicating frustration with the forum's declining engagement. The inquiry remains unanswered, reflecting a need for clarification on the mechanics involved.
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Homework Statement


We have a straight bar of specific length that its edges are secured between two walls. However the bar is not parallel to the ground, but has an angle. My question is, what is the force that pushes each of the two fixed points in the walls, down?

Homework Equations


ΣF=0

The Attempt at a Solution


I think that the load to the fixture points will be parallel to the weight of the bar acting at its middle point. And the forces will be equal. Is that true?
 
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