A metal coil weighing 12,000 pounds needs how much securement to prevent movement backwards?

To determine the securement required to prevent the movement of the metal coil weighing 12,000 pounds, it's essential to apply the basic principle that recommends using a securement force equal to at least one-half of the cargo's weight for preventing movement in the event of a rearward force, such as during sudden stops.

In this case, one-half of 12,000 pounds is 6,000 pounds. This means that to adequately secure the load and ensure it does not shift backwards, a securement force of 6,000 pounds is necessary. This principle is grounded in safety regulations and guidelines for transporting heavy cargo, which aim to prevent accidents and ensure the stability of the load during transit.

This rationale aligns with standard practices set forth in the cargo securement rules. Following these guidelines helps to mitigate risks associated with transporting heavy items like metal coils, ensuring compliance with safety regulations.