Given a breaking strength of 9000 lbs and a load of 600 lbs, the component safety factor is what?

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Multiple Choice

Given a breaking strength of 9000 lbs and a load of 600 lbs, the component safety factor is what?

Explanation:
Safety factor is the ratio of what the component can safely withstand to what is actually applied. Compute it by dividing the breaking strength by the load. With a breaking strength of 9000 lbs and a load of 600 lbs, the ratio is 9000 / 600 = 15. That gives a safety factor of 15:1, meaning the part can handle 15 times the actual load before reaching its breaking strength. This margin accounts for uncertainties like material variations, installation tolerances, and dynamic or peak loads.

Safety factor is the ratio of what the component can safely withstand to what is actually applied. Compute it by dividing the breaking strength by the load. With a breaking strength of 9000 lbs and a load of 600 lbs, the ratio is 9000 / 600 = 15. That gives a safety factor of 15:1, meaning the part can handle 15 times the actual load before reaching its breaking strength. This margin accounts for uncertainties like material variations, installation tolerances, and dynamic or peak loads.

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