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3 cards from this section. Quick, good the night before a test.
What is metacentric height?
Think about how it relates to ship stability.
How do you define the rolling period?
Consider what happens after a ship tilts.
What does metacentric height indicate?
Think about what keeps a ship upright.
Is a high rolling period preferable for ship stability?
Consider how quickly a ship returns to an upright position.
If a ship has a metacentric height of 0.5 m and a rolling period of 18 seconds, determine the relevant radius of gyration.
Follow the formula steps carefully to derive radius.
Analyze how increasing the mass on a ship affects its GM. Provide calculations with examples.
Consider how the added weight shifts balance in relation to the metacenter.
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