water resistance
This is archemedies principle. This is a balance between the force on the water displaced by gravity compared to the force on the floating object due to gravity. That is if the average density of the object that whishes to float is less then water then it will float. If it is greater then it will sink.For a boat the average density is the average of the density of the hull and the air inside the hull.
Bouyancy... its what makes things float in water.
The correct answer is buoyant not put it in water
Gravity Probably I don't know. -Jellyfish
the buoyant force acts in the direction opposite to the force of gravity, so it makes the object feel lighter
water resistance
In that case, such an object will float.
This is archemedies principle. This is a balance between the force on the water displaced by gravity compared to the force on the floating object due to gravity. That is if the average density of the object that whishes to float is less then water then it will float. If it is greater then it will sink.For a boat the average density is the average of the density of the hull and the air inside the hull.
Bouyancy... its what makes things float in water.
The correct answer is buoyant not put it in water
Density of the object and buoyancy of the water/liquid.
Gravity Probably I don't know. -Jellyfish
The "average" density of the object must be less than that of the water displaced.
The floating or sinking of an object depends on the upthrust force the water exerts on the object. By Archmides' principle, Upthrust Force = (Density of Liquid) * (Volume of Liquid Displaced by the object) therefore the upthrust force depends on the density of the liquid, and as salt water has a larger density than fresh water, boats should float better on salt water.
the salt water is denser because of the salt
it increases the density of the water, making objects float easier. ex. the dead sea.