Question 5024Deck General70% to pass
Aboard a MODU, multiplying a load's weight by the distance of the load's center of gravity from the centerline results in the load's _______________.
AI Explanation
The correct answer is B) transverse moment.
Multiplying a load's weight by the distance of the load's center of gravity from the centerline results in the load's transverse moment. The transverse moment measures the turning effect of the load about the vessel's transverse axis, which is critical for maintaining stability on a MODU (Mobile Offshore Drilling Unit).
The other options are incorrect because:
A) An inclining moment refers to the overturning effect of a load, not the turning effect.
C) The righting moment is the stabilizing force that opposes an overturning moment.
D) The LCG (Longitudinal Center of Gravity) refers to the load's position along the length of the vessel, not its distance from the centerline.
Related Questions
#5022 A semisubmersible, 200 feet in length between draft marks with the LCF 10 feet aft of amidships, records the following drafts: Port Forward 74'-09"; Port Aft 78'-09"; Starboard Forward 69'-09"; and Starboard Aft 73'-09". What is the list? #5023 For a MODU with list, an increase in GMT will cause the inclination to _______________.#5025 The rotary of the COASTAL DRILLER is located 38 feet aft of transom and 6 feet to starboard of the centerline. With the changes to lightweight shown in the Operating Manual, the maximum allowable hook load is _______________.#5026 Considering the changes to lightweight shown in section 5 of the COASTAL DRILLER Manual, the maximum allowable combination of hook, rotary, and setback load for the COASTAL DRILLER with the rotary located 34 feet aft of the transom and two feet to port of the centerline is _______________.#5027 What is the maximum permitted hook load for the COASTAL DRILLER when 450 kips are in the setback and no other loads are on the cantilever?