Because the density of ice is less than that of water, the ice floats on the water. Think of density as weight. In cheer leading the heavier people pick up the lighter people because it is easier. It is easier for the water to "pick up" the ice because the ice is lighter. Therefore, the ice floats on top of the water instead of sinking to the bottom
cube, floe, berg
No. The ice will melt such that it fills the volume of ice that the submerged part of the cube displaces.
Let V be the volume of the ice cube and U be the volume of the cube immersed in water density of water at 4oC = 0.998 g/cm³ density of ice at 0oC = 0.917 g/cm³ Weight of the ice cube = volume * density * g = 0.917*V*g [N] Buoyancy on the ice cube = volume * density * g = 0.988*U*g [N] Apply Newton's 3rd Law of Motion to the floating ice cube: 0.917*V*g = 0.988*U*g U/V = 0.928 = 92.8% Hence, 92.8% of the ice cube is immersed in water, or 7.2% of the ice cube is above water. The answer in percent can be converted to a fraction as follows: 7.2/100. =========================
When ice cube is submerged on water...The upthrust created on the ice cube by water is equal to the weight of the displaced water...when the ice cube is melting its volume changes but its weight remains the same and its exactly equal to the weight of displaced water when the ice cube was frozen...therefore the 'volume of of melted water' fits exactly to the 'volume of displaced water when the ice cube was frozen'... So the water level does not change! -Shenal K Mendis ;)
An ice cube floating in water is a heterogeneous mixture with 2 phases (solid, liquid).
an ice cube with salt
Ice cube has 90 cars
The scientific term for an ice cube is "solid water."
No it is not
the ice cube is in a phase of a solid.
A chunk of ice will float higher in water than an ice cube only if the ice chunk is larger than the ice cube.
An ice cube is solid, and contains little gas although there could be air bubbles inside the ice.