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With reference to the attached picture (very basic).
- Point X, Y & G are anchored.
- The 100kg load is suspended by point G (like a 1:1 pulley)
- Assume F is 90degs
My observations:
With an angle of 90deg I see that approx 70% of the load from point A would be transferred along the lines A-B , A-C.
I also see that the load at point A would be close to double the actual load with the 1:1 setup.
Now the line from X to Y needs to stay in approximately a horizontal line for the anchors X and Y to work.
I see that the line D to E increases in tension once the load is applied at point A.
Assume all lines have zero stretch and assume nil friction reducing the forces.
Scenario 1: How much force is felt at points: A,B,C,D,E, X&Y?
Scenario 2: If the load fell 1 meter what are the forces now with an increase in inertia?
Really hope you can help clarify things here and I appreciate your time.
- Point X, Y & G are anchored.
- The 100kg load is suspended by point G (like a 1:1 pulley)
- Assume F is 90degs
My observations:
With an angle of 90deg I see that approx 70% of the load from point A would be transferred along the lines A-B , A-C.
I also see that the load at point A would be close to double the actual load with the 1:1 setup.
Now the line from X to Y needs to stay in approximately a horizontal line for the anchors X and Y to work.
I see that the line D to E increases in tension once the load is applied at point A.
Assume all lines have zero stretch and assume nil friction reducing the forces.
Scenario 1: How much force is felt at points: A,B,C,D,E, X&Y?
Scenario 2: If the load fell 1 meter what are the forces now with an increase in inertia?
Really hope you can help clarify things here and I appreciate your time.