No. A ship going through a lock gets raised or lowered several meters,
without any effect on its ability to float.
An object will float on water if it has less density than the water.
An object will float on water if it has less density than the water.
A ship can float on water because of buoyancy. The shape of the ship and the displacement of the water it pushes aside when it enters the water create an upward force that counteracts the downward force of gravity. This buoyant force allows the ship to float and support its own weight.
Gravity makes a ship float. Gravity pulls harder on the mass of water than the air inside the ship. In this way the water is pulled under the ship, instead of the ship being pulled under the water.
water resistance
The buoyancy of the ship, the cargo onboard, the state of the ship, the temperature of the water, the weight, the strength of the waves/up and down movement, etc.
An object will float on water if it has less density than the water.
An object will float on water if it has less density than the water.
because it is designed in such a way for the ship to float on water
buoyancy
A ship can float on water because of buoyancy. The shape of the ship and the displacement of the water it pushes aside when it enters the water create an upward force that counteracts the downward force of gravity. This buoyant force allows the ship to float and support its own weight.
a ship stays on water frombuoyancy which makes it float. the saltier the water the more buoyancy there is, enabling more weight to float on top
Gravity makes a ship float. Gravity pulls harder on the mass of water than the air inside the ship. In this way the water is pulled under the ship, instead of the ship being pulled under the water.
Yes. That sort of defines "float".
the weight of the ship is equal to the amount of water displaced
water resistance
ships float due to bouyant force how much water they dislace