A wrecked ship sinks to the bottom of the ocean.
Fog droplets remain suspended in the air due to the balanced forces of gravity pulling them down and the upward force of air resistance or buoyancy pushing them up. As long as these forces are in equilibrium, the fog droplets can remain suspended for an extended period of time.
Larger particles in muddy water settle to the bottom of a container due to gravity, which exerts a stronger force on heavier particles compared to smaller ones. As these larger particles collide with each other and the water molecules, they lose momentum and are unable to remain suspended in the liquid. Over time, this process leads to sedimentation, where the larger particles accumulate at the container's bottom while smaller particles may remain suspended longer.
The heavier particles, such as sand or gravel, will settle out at the bottom due to gravity. The smaller, lighter particles like silt and clay will remain suspended in the liquid for a longer period of time.
The substance that settles out of a suspension is called a precipitate. This occurs when the particles in the suspension are large enough to no longer remain suspended in the liquid and settle to the bottom.
A mixture of sand and water would be a heterogeneousmixture since most of the sand will settle to the bottom and only the tiniest grains will remain suspended in the water.
Fine particles such as silt, clay, and some organic matter can stay suspended indefinitely in a quiet body of water due to their small size and low settling velocity. These particles have a tendency to remain suspended as they do not readily settle to the bottom of the water body under normal conditions.
Droplets that become too heavy to remain suspended in the air fall out of the clouds as precipitation, such as rain, snow, sleet, or hail.
The substance that settles out of a suspension is called sediment. This occurs when the particles in the suspension are too heavy to remain suspended in the liquid and eventually settle at the bottom.
in the survival of evironmental conditions
clay
are supported by slight movements of the air...
An object of 1.0 g per ml will remain suspended in water because the density of water is 1.0 anything below 1.0 will float and anything above 1.0 will sink. There fore, 1.0 will remain suspended because that is the buoyant point.