It depends on the type of rock and the conditions. Generally, ice has a lower density than most rocks, which is why ice floats on water. Rocks vary in density based on their composition and can be denser than ice.
Density = (mass) / (volume) Greater density corresponds to either greater mass in the same volume, or same mass in smaller volume. Any way you look at it, rock is the winner, over feathers, balloons, or plastic bottles.
no. Density of ice is more than of water...we can understand from ice sinking in water drinks... Edited by Dr.J. : How is it possible for the density of ice to be more (greater) than that of liquid water if ice FLOATS on lakes and rivers? Clearly, the density of ice is LESS than that of liquid water.
Ice cubes typically float in water because ice is less dense than liquid water. However, some types of alcohol have a lower density than water, which means ice will sink in alcohol since it is denser than the alcohol.
A rock sinks in water because its density is greater than that of water. The weight of the rock is heavier than the water it displaces, causing it to sink rather than float.
Ice is less dense than water because the molecules in ice are spaced out more, causing it to be less compact. This lower density allows ice to float on top of water, where it displaces an equivalent volume of water.
Water has a greater density than ice.
Water
B/c the density of the ice cube is greater than the density of the air.
Yes. The density of the Galilean moons decreases with increasing distance from the planet. This decrease in density is likely due to the higher ice-to-rock ratio in the farther moons.
the rock has greater density than the water
Water has higher density than ice. That is why ice floats on water.
the rock has a greater volume than the marble
Less than. The moon rock density is greater in ferromagnesion and nickel content, with greater density, whereas silicate rocks contain largely quartz and feldspar minerals.
In water, the buoyant force acting on the rock reduces its apparent weight, making it easier to lift. However, the rock is still denser than water, so it will not float and will sink when you let go. Buoyancy only makes it easier to lift the rock in water, but it won't make the rock float.
Since rock A is bigger but has the same mass as rock B, it will have a lower density compared to rock B. Density is calculated by dividing mass by volume, so the larger volume of rock A will result in a lower density.
The density of a rock determines whether it sinks or floats in a liquid. If the density of the rock is greater than that of the liquid, it will sink. If the density of the rock is less than that of the liquid, it will float.
The mass of ice is typically less dense than rock, so ice typically has a lower mass compared to an equal volume of rock. The exact mass of ice and rock would depend on the volume and density of each material.