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SHOW ME THE VALUE OF CALCULATIONS OF LIFTING POINTS FOR EVERY POINTS A, B, C, D, E, F, WITH THE GIVEN DIMENSIONS AND CENTRE OF GRAVITY OF 100 LBS

To calculate the lifting points for every point \( A, B, C, D, E, F \) using the provided dimensions and the center of gravity, I need to follow these steps:

1. **Identify Coordinates:** First, extract the coordinates of each lifting point \( A, B, C, D, E, F \) from the drawing.
2. **Determine Distances:** Calculate the distance of each point from the center of gravity (CG).
3. **Calculate Forces:** Use the principle of moments to determine the force at each lifting point.
4. **Apply Equilibrium Conditions:** Ensure that the sum of forces and moments are balanced, using the center of gravity and total weight.

I'll start by analyzing the coordinates and dimensions from the provided image. 

Let me extract and then calculate the coordinates of each lifting point, followed by the force calculations.Unfortunately, the image provided is too small and unclear to extract the precise dimensions needed to perform the calculations. 

To assist you better, could you provide a clearer image or describe the dimensions, including the positions of points \( A, B, C, D, E, F \) relative to the center of gravity? Specifically, I need the distances between these points and the center of gravity, as well as the overall dimensions of the structure. This information is crucial for accurately calculating the forces at each lifting point.

If you can provide these details or upload a clearer image, I can proceed with the calculations.

Learn how to calculate the lifting points for points A, B, C, D, E, F with a center of gravity of 100 lbs using statics and mechanics principles. This problem involves applying the principle of moments to determine the forces at each lifting point.

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