Question 2022 Deck Safety

70% to pass

On a vessel, multiplying a load's weight by the distance of the load's center of gravity above the baseline results in a(n) _______________.

A inclining moment
B righting moment
C vertical moment
D transverse moment
AI Explanation

The correct answer is C) vertical moment. Multiplying a load's weight by the distance of the load's center of gravity above the baseline results in a vertical moment, which is the product of the load's weight and its height above the baseline. This vertical moment affects the vessel's stability and must be considered when determining the overall stability and trim of the vessel. The other options are incorrect because: A) An inclining moment is the moment created by a transverse shift in the center of gravity. B) A righting moment is the moment that acts to restore a vessel to an upright position. D) A transverse moment is the moment created by a longitudinal shift in the center of gravity.

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Official Resources
46 CFR Lifesaving Equipment USCG Marine Safety Center USCG National Maritime Center
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