My problem: weight distribution

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Discussion Overview

The discussion revolves around the lifting and moving of two boxes of equal weight but different dimensions. Participants explore the factors that may influence the ability of two individuals to lift or move these boxes, considering aspects such as weight distribution, dimensions, and lifting techniques.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant questions whether the ability to move the second box is due to the weight being distributed over a wider area.
  • Another participant suggests that the dimensions of the boxes may affect how easily the individuals can lift them, particularly in terms of positioning and leverage.
  • A later reply points out that the terms "lift" and "move" may imply different challenges, raising questions about the nature of the task.
  • There is a consideration of the density of the boxes, noting that different volumes with the same weight could lead to different lifting dynamics.
  • One participant speculates that the second box might be easier to tip over due to its narrower base.

Areas of Agreement / Disagreement

Participants do not reach a consensus on the reasons behind the differing abilities to lift or move the boxes. Multiple competing views are presented regarding the influence of dimensions, weight distribution, and lifting techniques.

Contextual Notes

The discussion does not resolve the assumptions regarding the lifting techniques or the physical properties of the boxes, such as density and stability.

skeonamm
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My problem:

2 people attempt to lift a 600lbs square box that is 3'x3'. They are not able to.
The same 2 people than are able to move another box that is also 600lbs but this box is 1'x5'.
Now is it true that they are able to move the 2nd box because the weight of 600lbs is distributed over a wider area?

If so is there a name for this theory, that i can look up?

Thanks
 
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A box has 3 dimensions. What are the 3 dimensions of the two different boxes? (use Length x Width x Height)

If they're the same weight, the only thing I can think of is that it is easier somehow for the two people to get hold of the box and lift with their legs better. Like, if the first box makes it awkward for them to get their heads over their hands.
 
1st box 3x3x3
2nd box 1x5x3
 
Beats me. Maybe there's more to the problem than you are stating. For example, you said "lift" for the 1st box, but "move" for the second one. Why the difference? And with the full dimensions you list, the densities of the boxes must be different if they weigh the same but have different volumes. Maybe the 2nd box is easier to tip over because it has a narrower base?
 

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