Support Reactions: Forces at A & D

AI Thread Summary
The forces at point A are different for members ADE and ABC, as each member contributes uniquely to the overall force at that point. Similarly, the forces at point D for members FDB and ADE are also distinct. The fixed nature of point A means that while forces from both members act on it, they do not directly relate to each other. Each force is counteracted by the ground, ensuring equilibrium. Understanding these differences is crucial for analyzing the system's behavior.
princejan7
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Homework Statement



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Are the forces at A the same for members ADE and member ABC?

Likewise, are the forces at D the same for members FDB and ADE?
 
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princejan7 said:
Are the forces at A the same for members ADE and member ABC?

Likewise, are the forces at D the same for members FDB and ADE?
Not sure what you're asking. There are forces at A due to members ADE and ABC, but those two forces will be different.
 
haruspex said:
Not sure what you're asking. There are forces at A due to members ADE and ABC, but those two forces will be different.

So for their FBD's, the forces at A will be different for member ADE, ABC, and the frame as a whole?

Are these forces at A related?
 
Since A is a fixed point, I don't think the forces are related over there. You can probably assume that any force acting on that point of either rod will be counteracted by the ground.
 
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