under
The actual iceberg would have surely been dissolved in a few days that far south.
The iceberg towered over 18ft (30m probably) over the boat deck.
By a satellite and under water cables.
The titanic hit an iceberg and the ship sank. The captain and crew were under a great deal of pressure to make a record run. They were over confident and steaming to fast in sea lanes where icebergs were know to be.
RMS Titanic's first five compartments filled with water following a brush-by collision with an iceberg. The ship probably could have floated with as many as four compartments flooded, but with the loss of the fifth, the ship's head (or bow) was pulled down to a point where the rising water was able to spill over the tops of the following bulkheads one after the other, dooming the ship.
The iceberg is lighter than water, but not by much. The ice floats, but about 80% of the iceberg is under water.
In water, most of any piece of floating ice is under the surface,and only a small amount of it is above the surface.
It was first able to float at the beginning but during the collision with the iceberg, tons of water rushed in, drowning people and making the boat heavier, it was eventually tipped over and dragged into the water. Answer: Water rushed in and dragged it under water.
Between 10 to 20 percent of an iceberg mass is above water. An iceberg is a massive piece of floating ice. Usually, approximately 80 to 90 percent of an iceberg is below sea level. A very large iceberg can be over 230 feet in height and over 738 feet in width.
Approximately 90% of an iceberg is below water because ice is less dense than water, so a large portion of the iceberg needs to be submerged to displace enough water and stay afloat. The submerged portion is what gives icebergs their stability and makes them less likely to tip over.
The iceberg rolls because it is constantly melting, casuing it scenter of mass to change. The ship is help upright by water displacement and the shape of the hull so it does not roll like an iceberg does.
I would say under water since Antarctica is a continent (land) that is mostly covered in ice and snow more so than the few glacial ice sheets that extend out over the water.
In a condition of warm water and cold air, the bottom would melt faster than the top and it would roll over. As the ice on the bottom melted, it would become top heavy. I would think that it is not impossible for some icebergs. The more closely an iceberg resembles a sphere, (or log-like) the more likely that some rolling might occur. And I would think that while it might be unlikely, it is probably possible for some icebergs to be sphere-like. The same proportions of ice above and below the waterline will hold throughout the life of the iceberg; there would be no such thing as a top-heavy iceberg unless perhaps it got grounded on a shoal.
because the ship is to heavy
Not too sure if it has more water than Earth, but Europa has an estimated ice crust over 60 miles deep, with the possiblity of liquid water under this.
Because they fall in the water over time
the swimer