Titanic and Iceberg. What forces take part in the crash?

[ibramgaunt]

Hello, it's a my little doubt... i would like to receive a physical description of the crash between the titanic and the iceberg.

Should we consider the third Newton's law?what are the forces which take part in the crash?

Help me please...

 

[Delphi51]

Can you think of any force that acts on the ship?
If there is no force, it will continue in uniform motion, so this really asks what interferes with its steady motion.

 

[thomate1]

I can provide a physical description of the crash between the Titanic and the iceberg. The Titanic was a large and heavy ship, weighing over 46,000 tons and measuring 882 feet in length. On the other hand, the iceberg was a massive chunk of ice, with an estimated weight of 200 million tons and a height of over 100 feet.

When the Titanic collided with the iceberg, several forces were at play. First, there was the force of gravity, which pulled the Titanic and the iceberg towards each other. This force is always present between two objects with mass and is responsible for keeping them in orbit around each other.

Second, there was the force of buoyancy, which is the upward force exerted by a fluid (in this case, water) on an object immersed in it. This force acted on the Titanic, helping to keep it afloat, but also pushed it towards the iceberg as it was partially submerged in the water.

Third, there was the force of drag, which is the resistance force experienced by an object moving through a fluid. As the Titanic moved through the water, it experienced drag, which slowed it down and made it more difficult to steer away from the iceberg.

Finally, we must also consider Newton's Third Law of Motion, which states that for every action, there is an equal and opposite reaction. In this case, the Titanic exerted a force on the iceberg, and the iceberg exerted an equal and opposite force on the Titanic. This force caused damage to the Titanic's hull, ultimately leading to its sinking.

In conclusion, the forces at play in the crash between the Titanic and the iceberg were gravity, buoyancy, drag, and Newton's Third Law of Motion. These forces, combined with the size and weight of the two objects, resulted in the tragic event that occurred on that fateful night.