If their density, or weight per unit volume, is greater than that of the fluid density, they will sink
no!!
A Domino sinks because of the mass packed in the Domino causes it to sink.
No. The relationship between mass and displacement does. Think about ships and boats. If had a big block of steel with the same mass a cargo ship and put it in the water, then it would sink. The ship is shaped so that it displaces enough water to keep itself afloat. If you cut a hole in the bottom of the ship, and then weld that material the side of it, then you haven't changed the mass of it, but it will sink.
Measure the mass and volume of both to determine each's density (mass/volume). If the object is less dense; it will float, if it is mroe dense; it will sink.
Anything with weight and mass will sink in quicksand.
We float or there is a possibility you can sink. You sink when you are heaver than the mass of the water. You float when you are lighter than the mass of the water.
If their density, or weight per unit volume, is greater than that of the fluid density, they will sink
Because of its weight and mass
no!!
A Domino sinks because of the mass packed in the Domino causes it to sink.
No. The relationship between mass and displacement does. Think about ships and boats. If had a big block of steel with the same mass a cargo ship and put it in the water, then it would sink. The ship is shaped so that it displaces enough water to keep itself afloat. If you cut a hole in the bottom of the ship, and then weld that material the side of it, then you haven't changed the mass of it, but it will sink.
Assuming that the drum itself has no mass and weight, calculate the mass of the liquid in which you want to place the drum. Use the formula: mass = density x volume The amount of mass to sink the drum will have to be that amount, or more.
It is to do with to volume and mass.
Improvement: quick sand doesn't sink in quicksand and things with low density X mass
Measure the mass and volume of both to determine each's density (mass/volume). If the object is less dense; it will float, if it is mroe dense; it will sink.
because it is denser (more mass/volume.)