A ship displaces a greater mass of water than its volume in water would make up, thereby, it weighs less than the volume of water it displaces and so it floats. A solid steel ball however displaces a lesser mass of water than its volume in water and would, thereby, weigh more than its equivalent volume of water and so it would sink.
A heavy steel ship can float because it is designed in a way that allows it to displace a large volume of water, which creates an upward buoyant force greater than its weight. On the other hand, a small steel ball bearing sinks because it is not able to displace enough water to generate an upward buoyant force greater than its own weight. Therefore, the relative buoyant forces are different, resulting in the ship floating and the ball bearing sinking.
a big heavy steel ship floats on water because the volume is mostly air. trust me its true.
I think it can float on water.
no since alunimum floats steel does not
yes, it does
The density is not directly relevant. Otherwise, ship made of steel would not float on water.
No it is to heavy
a big heavy steel ship floats on water because the volume is mostly air. trust me its true.
Because, your body weight is to heavy for steel to Carrie on water, and they will role away.
1.3 cm3
small water displacment compared to ships size
small water displacment compared to ships size
Yes, steel is heavy.
what is the bearing cpacity of 50 mm steel plate
I think it can float on water.
it is hollow so it will float
Well, buoyancy is capacity to float in liquid. So the object needs to have air to make it float an example for an boat the Titanic for example was really heavy it was made out of steel so it had air in the bottom to make the ship float.
no since alunimum floats steel does not