medium size particles, settles out on staning scatter lights
A homogeneous mixture is a term used to describe a heterogeneous mixture that never settles out. This means that the components of the mixture are evenly distributed throughout and do not separate over time.
suspension
The muddy water is considered to be a heterogeneous mixture due to the presence of distinct components: the water and the settled mud particles. Once the mud settles to the bottom, it can be separated from the water through processes like filtration or decantation.
This could be a suspension mixture where one component is insoluble in the solvent and settles due to gravity. This separation process is known as sedimentation. Examples include sand and water, or oil and vinegar.
The type of mixture you are referring to is a colloid. Colloids have larger particles than those in solutions but are still small enough to remain dispersed and not settle out. Examples of colloids include fog and mayonnaise.
A suspension, such as sand and water.
it is a heterogeneous mixture with the pulp and homogeneous without the pulp. Its also a suspension (with the pulp), since the pulp settles on the bottom upon standing.
A homogeneous mixture is a term used to describe a heterogeneous mixture that never settles out. This means that the components of the mixture are evenly distributed throughout and do not separate over time.
suspension
Its the nuclear dust and debris that settles in the air after a nuclear explosion. This then comes down on the ground. Its a mixture of nuclear particles, and debris from the surrounding area. This can cause radiation sickness.
A solution is a homogeneous mixture where one substance is dissolved in another, forming a single phase. A suspension is a heterogeneous mixture where particles are dispersed in a liquid but do not dissolve, leading to a two-phase system. Solutions are typically transparent and stable, while suspensions appear cloudy or opaque and may settle over time.
The muddy water is considered to be a heterogeneous mixture due to the presence of distinct components: the water and the settled mud particles. Once the mud settles to the bottom, it can be separated from the water through processes like filtration or decantation.
Fine sediment settles slowest, while coarse sediment settles fastest. This is because fine sediment particles are smaller and lighter, leading to reduced settling velocity, whereas coarse sediment particles are larger and heavier, allowing them to settle more quickly.
It is heterogeneous since some of the powder settled to the bottom. If all the powder had mixed in, it would be homogeneous.
This could be a suspension mixture where one component is insoluble in the solvent and settles due to gravity. This separation process is known as sedimentation. Examples include sand and water, or oil and vinegar.
Decantation can be used to separate a mixture of a solid and a liquid where the solid settles at the bottom due to its higher density. The liquid can then be poured off, leaving the solid behind. Examples include a mixture of sand and water or a mixture of chalk and water.
Colloids do not settle upon standing, as the particles are finely dispersed and do not easily separate from the solvent due to their small size and low settling velocity. The particles remain suspended in the medium for a longer period of time compared to suspensions.