What will happen to the weight distribution if one of the four wires holding a metal plate breaks?

When one of the four wires holding a metal plate breaks, the remaining three wires will be responsible for supporting the weight of the plate. This situation will result in an increased load on the remaining wires. Although initially, the weight was evenly distributed among the four wires, the breaking of a wire means that the remaining wires must now compensate for the lost support.

As a result, the three remaining wires will each experience a heavier burden, and they will collectively take on the total weight of the plate. This can lead to the situation where the two remaining wires may become overstressed, potentially causing them to fail as well if the weight exceeds their capacity. Therefore, it is indeed correct that the two remaining wires will take on all the weight, highlighting the significance of how support systems distribute load and the mechanical implications of losing one of those supports.