The only way for an iceberg to achieve stability is "differential" - every infinitesimal movement needs to move the center of displacement in a way which counters the movement. This basically means flat bottom.
Draw an iceberg and see how it will float
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Re: Draw an iceberg and see how it will float
#22Re: Draw an iceberg and see how it will float
#23Go science! Support your local climate scientist!
Re: Draw an iceberg and see how it will float
#24Re: Draw an iceberg and see how it will float
#25Re: Draw an iceberg and see how it will float
#26Re: Draw an iceberg and see how it will float
#27Earlier quoted context omitted.
Here's a non-flat one: https://imgur.com/a/7KANxOn Very unlikely to occur in nature I guess :-)
https://ibb.co/ZLYxr4x Sometimes to innovate you have to think like a child — or a teenager.
Re: Draw an iceberg and see how it will float
#28Earlier quoted context omitted.
Here's a non-flat one: https://imgur.com/a/7KANxOn Very unlikely to occur in nature I guess :-)
https://ibb.co/ZLYxr4x Sometimes to innovate you have to think like a child — or a teenager.
Re: Draw an iceberg and see how it will float
#29For example this iceberg towers above the water in one equilibrium, but barely rises above the water in its other equilibrium.
Re: Draw an iceberg and see how it will float
#30Author here. Glad to see this making the rounds again after a few years. Go science! Support your local climate scientist!
I found shapes that do not work well with the simulation: a very wide and narrow shape (like a needle) oscillates wildly and does not seem to stop or to even slow down.