A heavy lump of plasticine floats when in the shape of a boat because the boat shape displaces a greater volume of water than the lump alone. This creates a buoyant force that is sufficient to counteract the weight of the plasticine, allowing it to float.
It is inaccurate because whether an object sinks or floats in water depends on its density. Objects with a density greater than that of water will sink, while those with a density less than water will float. Size and weight alone do not determine whether an object will sink or float.
Wood is less dense than oil, so it floats on the oil. The bottle, on the other hand, is made of denser material, so it sinks in the oil. Buoyancy and density differences between the materials determine whether they float or sink in a liquid.
Big heavy steel ships can float on water because of a principle called buoyancy. The weight of the water displaced by the ship is greater than the weight of the ship itself, causing it to float. The shape of the ship's hull also plays a role in distributing the weight evenly, allowing it to stay afloat.
Styrofoam is lighter than water, so it floats. In nature, heavy objects are more effected by gravity, so they are forced down.
Needles don't float because metal is very dense and contains no air. A boat is either made of porous wood which is lighter than water, or metal with air reserves to keep it afloat.
A heavy lump of plasticine floats when in the shape of a boat because the boat shape displaces a greater volume of water than the lump alone. This creates a buoyant force that is sufficient to counteract the weight of the plasticine, allowing it to float.
It is inaccurate because whether an object sinks or floats in water depends on its density. Objects with a density greater than that of water will sink, while those with a density less than water will float. Size and weight alone do not determine whether an object will sink or float.
Wood is less dense than oil, so it floats on the oil. The bottle, on the other hand, is made of denser material, so it sinks in the oil. Buoyancy and density differences between the materials determine whether they float or sink in a liquid.
Big heavy steel ships can float on water because of a principle called buoyancy. The weight of the water displaced by the ship is greater than the weight of the ship itself, causing it to float. The shape of the ship's hull also plays a role in distributing the weight evenly, allowing it to stay afloat.
No, the space shuttle would not float on water because it is too heavy. The space shuttle was designed to withstand the conditions of space, not float on water like a boat.
Styrofoam is lighter than water, so it floats. In nature, heavy objects are more effected by gravity, so they are forced down.
no because they are too heavy to float .
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You can achieve this by altering the bottle's weight distribution. You can fill the bottle partially with water so that it floats, then add a heavy object to make it sink, and finally remove the heavy object to make it float again. This experiment demonstrates how weight affects buoyancy.
Sulfur is less dense than water, so it floats on top. This is because the atoms in sulfur are not tightly packed together, making it less heavy per unit volume compared to water.
dissolved salt increases the density of solution than the density of heavy metal, which help the heavy substance to float