The bar that is suspended by its ends from 2 cords distributes its weight equally to those cords.

But if one of these cords is moved toward the centre of the bar, every degree of motion gives it a variety of weight. And although those cords are moved equally toward the centre of the bar, they do not change their first weight. But if one cord is moved toward the centre of the bar and the other stays fixed at its end, every degree of motion gives it a variety of weight. The variety of weight that the moving cord acquires will have such proportion to that of before as its motion has to the remainder of the bar. And the weights that vary at those cords will have together such proportion as the opposite spaces enclosed between the centre of the bar and the 2 cords have among themselves. The motion that varies the weight at those cords makes them have together such proportion as the opposite spaces enclosed between the centre of the bar and the 2 cords have among themselves. And the weights that vary at those cords will have together such proportion as the opposite weights enclosed between the centre of the bar and the 2 cords have among themselves. But if one cord moves toward the other, weight is moved from the one that is stable, and with that of the motion it is transferred. But if one cord is stable and the other moves toward it, weight is moved from that stable cord and joins with the weight of the movable one. But if one cord moves toward the other, weight is moved from the one that did not move, and ... The weights that are varied at those cords ... The more one cord moves toward the centre of the bar, the more weight it takes from the other cord.

But if one cord stays at its end and the other moves toward it, from it ... But if one cord moves toward the other, ... But if one cord is fixed at the ... But if one of the cords stays fixed and the other moves toward it, from that fixed cord weight is moved and joins with the weight of the movable one. ** But if one cord moves toward the other ... ** If one moves in actuality, the other moves in potentiality. If one cord moves toward the other in actuality, the other, opposite to this, moves in potentiality.

4 2. 3 3.

1 1/2 - 2.

2 2 2 2 - 2, 1 1 1 1, 2 2 4. Such proportion as the space of the perpendiculars of the ends of the bar has, in becoming oblique, to the length of that bar, such will the weight of the end of the bar that rises have to that of before. Every degree of motion makes a degree of weight.

2 4 2. 6 2. 3.