Person 1 is bearing almost the full weight directly, there’s no pulley or mechanical advantage. The rope is tied directly above the load, and he’s pulling it straight up, which means the entire force is on him.
So yes, Person 1 is lifting it the hardest way possible.
Everyone the same weight. Or nobody anything (using stick).
number 3. carries the stone at 2/3 of the distance (carries 1/3 of the weight) of the supports (self and the rope circle)...
I'll go with 2. The weight of the load seems heavier there.
Person 1 is bearing almost the full weight directly, there’s no pulley or mechanical advantage. The rope is tied directly above the load, and he’s pulling it straight up, which means the entire force is on him.
So yes, Person 1 is lifting it the hardest way possible.
The number 3 person
number 3. carries the stone at 2/3 of the distance (carries 1/3 of the weight) of the supports (self and the rope circle)...
So even though the weight appears the same, Person 1 bears it all, he's doing the real heavy lifting!
i think the dude on the number 2 lifted more weight
i believe that the third person is lifting the heaviest weight
This is a levers problem and the closer you are to the load you are lifting the heaviest part of the load. My answer is Person 1.
Equally distributed weight
i think is the third person cause if you look closely you will see that the no 1 is lifting the load up and it goes straight to the no 3
I would say nobody is carrying anything as their are vertical sticks supporting everything
The number 3 person lifted more weight
I guess no: 2 Based on his facial Expression 😂
All the same weight.
i think it is the number 2 individual