Without bearings to hold a shaft in place, what would loads cause?

Without bearings to hold a shaft in place, the shaft is susceptible to multiple negative outcomes due to the loads it experiences during operation. The absence of bearings can result in excessive wear as the shaft interacts directly with surrounding components, leading to abrasion and damage over time.

Additionally, the load applied to the shaft can cause it to move out of its intended position, impairing its functionality and potentially damaging other machine parts. This misalignment can create further complications and increase the risk of failure in the machine as a whole.

Therefore, it's clear that the lack of bearings would indeed lead to excessive wear, cause the shaft to shift out of place, and could ultimately result in the machine's failure. Each of these issues is interconnected, making the conclusion that all these outcomes are possible the most accurate representation of the consequences of operating without proper bearing support.