A large center of gravity (GM) on a ship can significantly impact its stability and handling characteristics. High GM increases the ship's initial stability, making it less prone to rolling in calm conditions, but can lead to excessive heeling in rough seas, potentially causing capsizing. Additionally, a large GM may result in a stiffer motion, which can affect passenger comfort and operational efficiency. Overall, while high GM can enhance stability, it also poses risks that need careful management.
4 large is 210 gm. 3 extra large is 206 gm
large
buskad
2 jumbo and 1 large is approximately 194 gm. 3 extra large is about 186 gm. 2 Jumbo and a medium is closer at 187 gm
A large boat would be called a ship.
GM stands for metacentric height and is a measure of a vessel's stability. It represents the distance between the center of gravity (G) of a ship and its metacenter (M). A larger GM indicates greater stability, as it indicates a stronger tendency for the ship to return to an upright position after being tilted.
A liner is a large passenger ship.
Two extra large is approximately 124 gm. Three small is 121 gm
A large ship
Yes, a large ship in the ocean will likely feel the effects of a tsunami passing underneath it, causing it to rise and fall with the passing wave. However, because of a ship's size and weight, it is less affected by tsunamis compared to smaller vessels. The crew might notice the ship rising and falling, but it is unlikely to cause significant damage to the ship itself.
Effects of GMO foods on wildlife are not known.
A large US Navy ship.