Solving Complex Structural Challenges - Can a 1000kg Lift Force Lift 950kg?

[alibaba2]

hi, i have this problem that i am trying to figure out, but seems i need some help..:)

ii have attached an image and an animation to clearly explain my problem.
what i am trying to understand is will the green base with its 1000kg lift force be able to lift the pole with the red dot (950kg) above the wedge,provided that that the friction of the wedge is very low due to lubrication.\
in fig.1 - an additional weight is added to make the upper part heavier (1030kg) causing the entire structure to move down.
in fig 3 - the additional weight is removed causing the disbalance in weight and pushing the red weight upward. the wedge is in place to act as extra lift ( the wedge is connected with a pole to a solid base, thus allowing the wedge to only move within the radius of the pole it is attached to.

let me know if you have questions.
10x

 

[berkeman]

How would you first approach this problem, alibaba? Have you been able to draw some Fred Body Diagrams?

 

[baba89]

Hello,

Thank you for reaching out for help with your problem. From the information and images provided, it seems that you are trying to determine if a 1000kg lift force can lift a 950kg weight on top of a wedge. Based on the description and images, it is possible for this lift force to successfully lift the weight, as long as the friction on the wedge is low enough due to lubrication.

In the first scenario (fig.1), an additional weight is added to the top causing the entire structure to move down. This suggests that the 1000kg lift force is able to support the weight of the structure, including the added weight.

In the third scenario (fig.3), the additional weight is removed, causing the structure to become unbalanced and the red weight to move upward. This also suggests that the 1000kg lift force is able to support the weight of the structure and the red weight, even with the added lift from the wedge.

However, it is important to note that the success of this lift will also depend on the strength and stability of the materials used in the structure. If the materials are not strong enough to support the weight, then the lift may not be successful.

If you have any further questions or need clarification, please don't hesitate to ask. Good luck with your problem-solving!